Table of Contents Dialog Panel Based System Dialog Room Controller

Transcription

1 Table of Contents Dialog Panel Based System 3 WLCP Lighting Control Panel 4 WLC-4150 Lighting Control Unit 9 Transformer 11 Relays 13 Global Web Server 15 Graphical User Interface Device 17 Modules WDB V Ballast Controller 19 WRD-3408z Relay Driver 20 WCI-3928 Contact Closure Input 22 Handheld Programmer 24 Sensors Ceiling Occupancy Sensor 25 Wall Occupancy Switch / Sensor 27 Corner Occupancy Sensor 30 Interior Photo Sensor 33 Exterior Photo Sensor 35 Switch Stations 36 Wireless Ceiling Occupancy Sensor 42 Fixture Mount Occupancy Sensor 44 Power Pack 46 Switch Station 48 Integrated Occupancy Sensor 50 Bluetooth Dialog Gateway 52 Dialog Room Controller 54 WRC Channel Room Controller 55 WRC Channel Room Controller 57 Switch Station 59 Wall Switch / Sensor 61 Ceiling Mount Occupancy Sensor 63 Daylight Sensor 65 LCD Touch Screen 67 Installation Manual 69

2 Diversa Sensors 105 Part Number Matrix 106 Line Voltage Dual Tech Ceiling Occupancy / Vacancy Sensor 109 PIR Ceiling Occupancy / Vacancy Sensor 113 Dual Tech Wall Occupancy / Vacancy Sensor 115 PIR Wall Occupancy / Vacancy Sensor 119 Diversa Sensors (con t) Low Voltage PIR Ceiling Occupancy / Vacancy Sensor 121 Dual Tech Ceiling Occupancy / Vacancy Sensor (Retrofit) 123 Dual Tech Ceiling Occupancy / Vacancy Sensor 128 Dual Tech Wall Occupancy / Vacancy Sensor 132 PIR Wall Occupancy / Vacancy Sensor 136 Dual Tech Corner Occupancy / Vacancy Sensor 138 Dual Tech Ceiling Vacancy Sensor 142 Power Packs Power Pack 2-Pole 146 Power Pack 1-Pole 148 Power Pack Panel 150 Power Pack Room Panel 151 Dimming Components Channel x 500W Forward Phase Dimmer Channel x 2000W Forward Phase Dimmer Channel x 1000W Forward Phase Dimmer Channel x 300W Reverse Phase Dimmer 162 Hardwired Components 164 LitePak 2 Panels 165 Current Limiting Panels 167 Switch Station Dimming 169 Switch Station Standard 170 Exterior Photo Sensor 172 Interior Photo Sensor 173 Accessories 174 Switch Enclosure 175 Decora Plates 176 Emergency Power Transfer Switch 177

3 Dialog Lighting Control Panels

4 Prewired Passive Infrared Central 0-10 and Volt Remote Dimming Relay Panels Wall Switch (WLCP Occupancy Panels) Sensor Central Panels Cover plate ordered separately Project Name Prewired central and remote relay panels (WLCP panels) consist Part of Number enclosures, relays and control Dateelectronics to provide a complete panelized solution. WLCP panels communicate digitally using the Dialog 2-wire network. The PW-311 passive infrared (PIR) dimming wall switch sensor can turn lights OFF and ON based on occupancy and allow the user to increase or decrease the lighting level. It works with 0-10 VDC dimming drivers and ballasts to control lighting loads including LEDs Central panels include a Lighting Control Unit which manages all devices in a system of 256 relays and 256 dimmers as well as a hand-held switch/sensor setting unit while remote panels do not. Features Defaults to Manual-ON operation for maximum energy Standard savings Components: Optional Components: - PWEx Neutral Enclosure Sense connection option - WDB-3314 with break 0-10v off Driver tab to - WR-4075 expose Transformer neutral terminals - WCI-3928 Contact Input Unit - WLC-3150 Color-matched Lighting Control lens and Unit low - profile WNG-3131 for appealing BACnet design Gateway - WR-6161 Supports Relay Partial-ON operation - UL924 for energy Emergency code compliance Bypass Unit - WRD-3408z for incentives Relay Driver 120/277VAC * refer to Allows individual fully product functional cutsheets multi-way for control wiring details for up to and four dimensions control locations Part Numbers Remote Panels Part Number: PW-311 Passive Infrared 0-10 Volt Dimming Wall Switch Occupancy Sensor General Info White Special Features: 0-10V Dimming & Multi-way Typical Applications: Small Office, Small Conference Room, Lunch/Break Rooms Technical Info IR Range On Axis: 525 SqFt Load: E 1/6 120VAC, W 1/6 277VAC Light Output 1FC D: Auto-ON to 50% Response Time: 3 to 30 minutes Volts: 120/277 VAC, 50/60Hz or lighting@douglaslightingcontrols.com *This product is manufactured by Legrand / Wattstopper

5 Technical Relay Panels for HID Relays WLCP Panels WLCP Panels: Exploded View Drip Shields Optional, surface cover panels only. Screw-on Covers Hinged Covers Surface (S1) or Surface (S3) or Flush (F4). Flush (F2) Install right side up or upside down for right-to-left or left-to-right door. The inner trim of the hinged cover covers over all of the line voltage wiring. Access to the relay's manual control levers is in the low voltage compartment. Relay Interior Relays mount to HID snap rails. Barriers are located to provide the line / low voltage division. Transformers mount to 1/2" knock outs located in the barrier. Control components are mounted to DIN rail in center of interior. Pre-assembled PWEx panels will have panel schedules completed according to information provided and all low voltage control connections pre-wired. INSTALLATION & ASSEMBLY WLCP series relay panels for Douglas HID relays are supplied with a separate interior. All of the components and barriers are mounted to the interior. WLCP panels are primarily intended for projects where the interior is factory pre-assembled. To install the relay panel the following sequence is recommended: 1) Mount the empty enclosure onto the wall and pull wires. It is recommended that all (or most) of the wires be pulled prior to installing the interior. This will prevent component damage from the wire pulling operation. 2) Relay line voltage terminals are sized for a maximum of 12AWG wire. For low voltage wiring 18AWG solid is recommended. 3) Once the wires have been pulled, install the interior and bolt it into place. Make line connections to relays according to the panel schedule provided. If there is no schedule, identify circuits on a blank schedule. 4) To test circuit, turn circuit breaker off, use manual lever to turn relay on and then turn on the circuit breaker. This will help prevent relay contact welding due to dead shorts. 5) Verify that the schedule matches the lights operated by the relay. 6) Once the line circuits are connected and verified, connect low voltage switch wiring to relays or devices. Stacking Panels Panels of equal dimension on a side have matching KO pattern to provide easy stacking. Components 1.4 A-1.1,2,3,4 -Relays & Panels, HID

6 Voltage Dividers for PWEx Panels PART No. PWEx-CL1-VDV-14 Voltage Divider for PWE1 or PWE2 Panels. PWEx-CL1-VDV-20 Voltage Divider for PWE3, 4,6 & 8 Panels. DESCRIPTION Voltage dividers are used to divide the line voltage section of the relay panel into separate line voltage (Class 1) compartments. Separate compartments are required in some juristictions for circuits of different voltage or circuits that originate from different load centers. The voltage divider attaches to the barrier and backpanel of the interior with 2 screws. IMPORTANT: The voltage barrier will use up one relay space thereby reducing the relay capacity of the panel by one relay. Technical Data SPECIFICATION Material: 12ga Aluminum 2 = 8 E A M B 2 = A M E J D 8 J = C E L A H 1 I J = 1 I A J H E? 8 E A M B 2 = A M E J D 8 J = C E L A H 1 I J = 8 J A H A = O I F =? A I J J 8 J = C E L A H % % 8 J " 8 J Components lighting controls

7 Emergency Relay Panels PARTS PART No. EPWE-Series Emergency Relay Panels DESCRIPTION EPWE-Series Douglas EPWE- series relay panels are a versatile line of panels that use Douglas HID relays and utilize emergency ON protection in the event of power interruption. Standard sizes range from 12 to 72 relay capacity. A panel consists of the enclosure (tub), the interior and the cover. Enclosures are installed in the rough-in stage and interiors are installed and connected after wires are pulled. Panel includes one or more WRE-9242 Emergency Power ON devices that signal ON relays controlling emergency lighting circuits if there is power interruption. Panels are certified to UL 924 Standard. Technical Data SPECIFICATION Input Power Line voltage: 20A, 120/277. Relays Control Input Class 2 circuit, 350mA, 24V reverse polarity pulse. Class 2 input terminals: #16 AWG. Output Contact Ratings More than 30,000 operations with 20A load, 2000A inrush at 20 times/minute switch speed. UL Listing: 20A 300VAC, 2400 W 120 VAC 'T', 20A 300 VAC 'F', 20 A 480 VAC (WR-7172 model only). UL Endurance Test: 150,000 cycles. SCCR Rating: 14KA (WR-6161 and WR models only). CSA Certifications: 20A 347 VAC, 2400 W 120 VAC 'T', 20 A 347 VAC 'F'. Output terminals: #10 - #14 AWG. Panel Assembly Outer enclosure and cover made of steel coated with ANSI/ASA grey epoxy finish. Interior insert is aluminum and steel. Various sizes to fit 12 to 72 relays. EEMAC/NEMA 1 Standard or NEMA 4 or NEMA 4x Standard. Hinged, surface or flush cover. Output Relays 12 to 72, depending on panel size. Rated 20A, 120/277. Connect black to top terminal and red to bottom terminal for each relay used. UL 1449 Certified Surge Suppressor 24V Transformer Protects transformer and panel components from power surges. Mounted in the high voltage compartment of the panel assembly. Connected to neighboring terminals that connect to 120/277/347VAC from the breaker panel. Powered from utility (normal) feed. Power Failure ON Devices The WRE-9242 Device switches ON emergency circuits in the event power is interrupted to the Panel. The device is connected directly to as many as 2 emergency-designated relays. Additional WRE-9242 Devices can be installed in the Panel, depending on the number of emergency-designated relays. Transformer 24VAC at full load. Class 2 -current limiting. Surge Protector Certified to UL 1449 Standard. Power Failure ON Device Input Power: 24VAC 250mA Class 2 Low Voltage device. Each of the unit's 2 relay outputs sends a relay ON pulse when the input 24VAC power is interrupted. Panel Assembly Enclosure, barriers and cover made of steel coated with ANSI/ASA 61 Grey epoxy finish. EMAC/NEMA 1 or NEMA 4 or NEMA 4x Standard. ETL certified to UL924 Standard. Panel Assembly Indelibly-printed, pressure-sensitive Emergency Circuit Warning Label provided with the Relay Panel and affixed to the front cover. Components 1.11 A-1.11,12 Relays and Panels, Emergency Panels

8 Emergency Relay Panels EPWE-Series Technical Data PANEL DIMENSIONS AND LAYOUT Panel Numbering System: -All panels are 4.25" deep 14" NEMA Enclosure Option N4x NEMA Code (optional) Enclosure EPWE Interior C xx W Capacity Box Code Barrier Layout Compartment: C Wireway: W M Relay Code HID Relays: M S1 F2 Cover or Screw-on Surface: S1 Flush: F2 S3 F4 Hinged Surface: S3 Flush: F4 Compartment Style Barrier Layout 20" 4" 14" 33" 4" Symbols: low voltage area high voltage area HID relay transformer surge protector power failure ON device Wireway Style Barrier Layout 27" 4½" 20" 3" 33" -All panels are 4.25" deep 4½" 20" 3" Capacity 12 relays 24 relays Part Number EPWE1-C12M-** EPWE2-C24M-** **Add cover style number at end of P/N 39" 4½" 20" 3" 54" 4½" 20" 3" 6" 6" 6" 7" Capacity Part Number 24 relays EPWE3-W24M-** 36 relays 48 relays 72 relays EPWE4-W36M-** EPWE6-W48M-** EPWE8-W72M-** **Add cover style number at end of P/N Emergency Circuit Wiring Diagram Emergency Lighting Loads Emergency Power Panel N EPWE- Series Control Panel Relays Blue Red WRE-9242 Power Failure ON Device 24VAC Transformer W B Surge Protector Normal Power Panel N Red A B E F G H 120 or 277V Source Blue Utility Power Generator or AC Inverter Components 1.12 A-1.11,12 Relays and Panels, Emergency Panels

9 Dialog Lighting Control Unit Project Name: Part Number: Date: Features Controls up to 252 relays and 252 dimming channels Provides power to Dialog network peripheral devices Dual ethernet ports for daisy-chain networking additional controllers Large touchscreen for at-panel programming 24 TITLE Integrated web-server for remote access BACnet/IP native device ASHRAE 90.1 Compliant The Dialog Lighting Control Unit (LCU) is used for centralized facility or multi-facility applications to manage the Dialog Lighting Control System. The controller is located within the low voltage compartment of a relay panel in order to control and coordinate building lights based on messaging from peripheral devices, scheduled programs, and pre-congured actions. Its non-volatile memory stores the lighting control programming that manages the facilities lights. The large 6.25 H x 3.75 W capacitive touchscreen can be used for adding or changing system settings. An integral web-server is provided for a remote browser interface. For larger projects, touchscreen panel computers and ipad devices can be used for system control. Contacts are available to control HVAC and security systems. Native BACnet capabilities provides connectivity to Building Management Systems. The USB port can be used for downloading (and uploading) system programming. The Dialog Lighting Control Unit is part of the Dialog System which includes relay panels, control cards and peripheral devices (Occupancy Sensor, Daylight Sensor, Wall Station Switches). Systems are built project specific, then factory programmed and tested before shipping to site. On-site support for commissioning is provided as needed California Compliant PART NUMBER WLC-4150 DESCRIPTION Lighting control unit for Dialog centrailized lighting control system - BACnet Douglas Lighting Controls Dialog Eco-System Fixture Sensor Fixture Sensor Fixture Sensor Fixture Sensor Dialog Centralized Controller Wall Station Switch Wall Station Switch Wall Station Switch Wall Station Switch

10 Dialog Lighting Control Unit DIMENSIONS & MOUNTING Front View Side View Top View 4.5 (116mm) 4.5 (116mm) 1.17 (29.90mm) 7.8 (198mm) Bottom View USB Dialog port 4.5 (116mm) Dual ethernet ports 1.17 (29.90mm) Note: Maximum wire length: 1000ft (300m); Aggregate 3000ft (900m) - Amplifiers used to extend distances when required. POWER 24VAC, 1A is required for power COMMUNICATION Dialog 2-wire (18/2 AWG) low voltage, non-polarized, power and data bus INTERFACE OUTPUT 500mA FUNCTIONALITY ENVIRONMENT WARRANTY 1 year warranty Approx 6.25 H x 3.75 W capacitive touch screen Full colour Addressability Astronomical time clock (plus auto daylight savings time change) Scheduling including vacation overrides 0-10V dimming Natural daylight priority Room control Demand response Zone control BACnet Indoors, stationary, non-vibrating, non-corrosive atmosphere & non-condensing humidity Ambient operating temperature: +5ºF to +120ºF (-15ºC to +50ºC) * Application and Performance Specification Information Subject to Change without Notification Rev. 6/23/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

11 Technical WR-4075, WR-4040 Transformers CONNECTIONS Lights H Breaker Transformer 24VAC W B Relays Number of Relays per Switch White Blue Red PART No. WR /277 WR /347 WR Wire Length One way measure in feet (meters) WR WIRE DISTANCE CHART - 18Ga Wire 120/277V Primary : 24VAC* Secondary 120/347V Primary : 24VAC* Secondary 240V Primary : 24VAC* Secondary One-way Measurement - feet (meters) Wire Gauge American Wire Gauge DESCRIPTION The transformer supplies the switching for Douglas 2-wire relay control. 2-wire relays are latching type and only require power to switch on or off. One transformer is sufficient to service many relays and devices. WR-4075 Series: Standard Duty 40VA steady draw, 75VA pulsed draw. Current limiting and internally fused with an automatically resetting thermal fuse. * Secondary voltage varies from 24V to 29V depending upon load. WR-4040 Series: Light Duty 40VA steady draw, 40VA pulsed draw. Current limiting and internally fused with a one time event fuse. 120V Primary : 24VAC Secondary Sw SPECIFICATION Input Line voltage 120,240,277 or 347V. Select correct model fo line voltage. Output 24VAC at full load. At no or low loads, the voltage is 29V. As the current draw increases, the transformer voltage decreases. A fully loaded class 2 transformer will output 24V. Douglas products are designed to operate correctly over the entire range of voltages provided by th transformer. Class 2 - Current Limiting Transformers that are approved for powering Class 2 circuits are current limited to prevent excessive currents caused by shorts. This is a key safety feature to help prevent fires from shorts. The Class 2 current limiting feature permits the use of wire that is of a light gauge and has less stringent insulation requirements. Environment Indoors, stationary, non-vibrating, non-corrosive atmosphere and non-condensing humidity. Ambient temperature: -20 F to +120 F (-28 C to +50 C) Approvals & Certifications UL Approved CSA Certified DIMENSIONS & MOUNTING Douglas transformers have a nipple & mounting nut suited for a 7/8" hole (1/2" pipe hole & tread size) 3.15 WR-4075 Series Transformers 1.5A & 3.0A rated switches (WR-8001, WR-8501, WR-8503) (600) 1500 (450) 1000 (300) 500 (150) 18 AWG 18 AWG 18 AWG 18 AWG "wire 3.15 WR-4040 Series Transformer 3.0 A rated switches (WR-8001, WRK-8201) (90) 160 (50) 18 AWG 18 AWG "wire 2.87 Components 2.1 A-2.1,2 -Relays & Panels, Transformers

12 Technical WR-4075, WR-4040 Transformers Lights H Breaker Relay Panel Schematic Transformer 24VAC W B Relay Relay Panel Switching from many Locations Sw Sw Sw TRANSFORMER LOADS Douglas relays do not use any power while in the latched on or off state. Power is only used when the relay switches over. In the vast majority of cases, only 1 transformer per relay panel will be all that is required. Theoretically, there is no limit to the amount of relays that can be switched by 1 transformer. There are Douglas devices other than relays that do use low amounts of steady state power. For example, the LEDs of the LED style switches use power. Relay scanners, time clocks, and other electronic devices also use power. If a large number of these devices are powered by one transformer, do a "LOADING CALCULATION" to ensure that there is no overload. In the rare case there is an overload, split the circuits and use more than 1 transformer. Relays Relay Scanner Electric current available for switching relays and for losses due to wiring lengths. W B Switching Large Loads Sw Switching from a Distance Sw Switching Control Devices (Group Switching) Sw Switching Individual Loads Sw Sw Transformer Loading Diagram Steady loads are deducted from current limit to determine momentary current available relay switching. 3000mA 1600 ma 700 ma 0 ma Momentary Switching current limit (75VA or 3000mA) (WR-4075 series only) Steady state current limit (40VA or 1600mA) 300mA 400mA 100 LED Switches 2 Scanners & 1 Photocell LOADING CALCULATIONS If a large number of devices are being connected to a transformer, check to ensure that the transformer loading is correct. The example shown below illustrates the method of calculation. EXAMPLE: A system has the following components. 100 LED switches 48 2-wire relays 2 Relay scanners 1 Photocell controller Check how many relays can be switched at one time. A) Calculate the maximum number of relays that can be switched at one time ignoring wiring distance: 1) Total the steady state current requirement Led Switches 100 x 4mA = 400mA Relays 48 x 0mA = 0mA Relay Scanners 2 x 100mA = 200mA Photocell Controller 1 x 100mA = 100mA 700mA 2) Check that the steady state current requirement does not exceed 1.6 Amperes. In the rare cases that the steady state current exceeds 1.6 A, extra transformers will have to be added and circuitry will have to be split. For this example, the steady state current is 700mA which is less than 1.6 amperes (1600mA). 3) Subtract the steady state current from the total momentary current available to obtain the amount of current available for switching relays. Total current available form a WR-4075 series transformer for a momentary switching pulse is 3000mA (75VA). For this example, the current available for switching relays is 2300mA ( ). 4) Divide the total available relay current by the current draw of a relay (350mA) to obtain the maximum number of relays that can be switched at one time = Round the answer down to 6 relays. B) The maximum number of relays that can be switched at one time is either the value obtained by the above calculation or the value determined by the maximum wiring distance allowed - WHICHEVER IS LESS. If the wire distance is 600 feet and the wire gauge is #18 AWG, then the limit is 4 relays, not 6 relays (see wire distance chart). Components 2.2 A-2.1,2 -Relays & Panels, Transformers

13 Technical Manual Switch Lever & Indicator Load Terminals CONNECTIONS Lights H Breaker WR-6161, WR-6172 PART No. DESCRIPTION SPECIFICATION WR-6161 WR WR-6172 WR-6161 HID Relay Tr 24V Relays White Blue Red Limit of 6 switches per relay. Switches Sw Sw Sw Sw Sw Sw WR Lights H Breaker Douglas relays are 2-wire latching relays that are lighting load rated for standard 20A branch circuits. Douglas 2-wire heavy duty HID relays are suitable for all types of lighting loads including capacitor corrected HID ballasts. Manual operation lever and indicator are built-in for convenient operation and status check at the panel. Douglas HID relays are available with auxilary contacts on the low voltage side of the relay. Contact not required for Douglas system, but may have application for specialty requirements. Douglas HID 2-pole relay is available with a 480V rating intended for 480V lighting applications. 1 pole HID relay 20A: 120/277/347 1 pole HID relay with aux contacts 20A: 120/277/347 (aux contacts 1A: 125VAC) 2 pole HID relay 20A: 120/277/347/480 2 pole HID relay with aux contacts 20A: 120/277/347/480 (aux contacts 1A: 125VAC) Low Voltage Terminals Tr 24V Relays Auxiliary Contacts (WR only) White Blue Red Switches Limit of 4 relays per switch. (Limit is 8 with WR-8001 Sw.) Sw 2-Wire HID Relays Control Input Class 2 circuit A (350mA). 24V reversible polarity pulse. Input terminals: #16 - #20AWG Output Contact Ratings More than 30,000 operations with 20A load, 2000A times / min. switch speed UL Listing 20A 300VAC 2400W 120VAC T 20A 300 VAC F 20A 480 VAC F (WR-6172 only) UL Endurance test 150,000 cycles Motor Rating: 0.5HP at VAC 1.5HP at VAC SCCR Rating: 14KA (WR-6161, WR ) 5KA (WR-6172, WR ). CSA Certifications 20A 347VAC 2400W 120VAC T 20A 347VAC F. Output terminals: #10 - #14AWG Environment Indoors, stationary, non-vibrating, non-corrosive atmosphere and non-condensing humidity. Ambient temperature: +15 F to +120 F (-10 C to +50 C). Note: The 2 pole relay (WR-6172) has the same input ratings as the 1 pole relay. Use this feature to double the load switching capacity of a low voltage switch. DIMENSIONS & MOUNTING WR-6100 series relays mount to a snap rail built into Douglas PWEx series relay panels. WR-6161 WR One Pole & Two Pole Size WR-6172 WR " (97) 2.4" (60) 1.97" (50) 0.98" (25) Components 1.1 A-1.1,2,3,4 -Relays & Panels, HID

14 Technical WR-6161, WR Wire HID Relays 2-WIRE RELAY TECHNOLOGY Douglas 2-wire relays utilize an ingenious control method that permits simple and minimal wiring. All functions for low voltage control: on, off, indication and location are provided with only a 2-wire connection of which one is often a common. All Douglas relays manufactured over the past 30 years utilize the same principle. Thus, any Douglas switching device is compatible with any model of Douglas relay. Manual Lever Detailed 2-wire Relay / Switch Circuit Transformer 24VAC W B Blue White 2-wire Switch Switch Operational Principle A negative pulse turns the relay ON and a positive pulse turns it OFF. Using a diode, an AC signal can be rectified to turn the relay either ON or OFF. Douglas switches have 2 diodes built into the switch to provide the ON and OFF signals. The relay has 2 similar diodes built inside that are in series with the relay coil. The diodes in the relay act as gates for the switch signal. To turn the relay ON or OFF, the rocker switch completes the circuit by selecting the ON or OFF diode. If the diode selected is in the same direction as the gate diode in the relay, the relay will switch. If the gate diode is not in the correct direction, then nothing will happen since the relay is already in the correct state for the action selected by the switch. When the switch is released, a spring returns it to the central neutral position. Indication (ON state) and location (OFF state) are obtained by utilizing LED diodes built into the switch. Only the LED which is connected in the same direction as the gate diode in the relay will light. Although the LED current passes through the relay coil, it is not large enough to cause the relay to trip. However, there is a limit: the maximum number of LED switches that can be connected to the same relay is. 6 For additional convenience (especially during installation) all standard models have a manual control lever and indicator permitting a nonelectrical method of switching and status check at the panel. Latch to lock relay ON or OFF (actually done with magnetics) Tr Tr W B Relay W B 2-wire Relay Gate Diodes Relay Coil Red Control Diodes Switch Switching ON Switch pressed to ON position. ON pulse ( ) sent to relay and relay begins to switch over to ON. Switch Detailed LED Switch Circuit * Transformer 24VAC W B Blue White LED 2-wire Switch ON ON Relay Switched ON Relay completed switching to ON position. OFF gate diode engaged and ON pulse from switch is stopped by OFF gate diode. Relay ready for OFF pulse. 2-wire Relay Red Gate Diodes Relay Coil OFF OFF Control Diodes LED Indicator Diodes Current limiting Resistor Tr W B Switch * LED Switch circuit actually not as shown. Switch is functionally similar except rocker switch is replaced with single push button. Relay Switching OFF Switch pressed to OFF position. OFF pulse ( ) sent to relay and relay begins to switch over to OFF. Components 1.2 A-1.1,2,3,4 -Relays & Panels, HID

15 GWS - Global Web Server Project Name: Part Number: Date: Features Provides connectivity of WLC-4150 Lighting Control Unit to Ethernet Unifies multiple LCUs to a single interface Uses browser interface (Internet Explorer 9, 10, 11) Can be connected to a buildings Intranet Option to host Douglas Lighting Controls Graphics Package Complete system installed in metal enclosure GWS Daisy-Chain Network Diagram The Global Web Server (GWS) is an important part of the Dialog lighting control system by allowing for multiple lighting control units (LCU) in a centralized controls system. When a lighting control system requires greater than 252 relay or 252 dimming channels, the Global Web Server expands the capabilities of the system. The Global Web Server consists of a metal enclosure which houses all of the internal components. The Global Web Server has the ability to not only provide the lighting control system with extended capabilities, but can also host an optional web accessible graphics control package. Ethernet Ethernet Extender Extender The optional graphics package allows users to access system features using Panel Panel a customized graphical user interface. Customizations can include WLU-4150 WLU-4150 logos/color schemes, custom button layouts and building customized floor plans. When the graphics package is included, a building s floor plans WLU-4150 WLU-4150 will be imported into the server to provide real-time lighting zone status. In addition to the status of each lighting zone, the user has the ability to modify the state of each lighting zone. WLU-4150 WLU-4150 Typical Applications: Stadiums, Large Office Buildings, University/College Campuses, projects requiring a graphical web interface WLU-4150 WLU-4150 * * * Up to 25 LCUs in the daisy chain PART NUMBER GWS-Basic WLU-4150 WLU-4150 GWS-Graphics DESCRIPTION Includes server, connectivity devices, 16-port hub. Installed in metal enclosure with cover Includes server, connectivity devices, 16-port hub, graphics package. Installed in metal enclosure with cover WLU-4150 WLU-4150 GWS Mesh Network Diagram GWS GWS Daisy-Chain Daisy-Chain Network Network Diagram Diagram Master Master Twisted pair AWG24 or better up to 1.4km (Preferable Cat. 3, 4 or 5) Cat. 3, 4 or 5 up to 100m WLU-4150 WLU-4150 Slave Master Master Ethernet Ethernet Extender Extender Panel Panel WLU-4150 WLU-4150 WLU-4150 WLU-4150 Ethernet Slave Slave WLU-4150 WLU-4150 * * * Up to 25 LCUs in the mesh Master WLU-4150 WLU-4150 Master WLU-4150 WLU-4150 * * * * * * WLU-4150 WLU-4150 Up to 25 Up LCUs to in 25 the LCUs daisy in the chain daisy chain Slave Slave Master Master WLU-4150 WLU-4150 WLU-4150 WLU-4150 WLU-4150 WLU-4150 WLU-4150 WLU-4150 GWS Mesh Network Diagram Master Master

16 GWS - Global Web Server INTERFACE DIMENSIONS GWS mounted in a standard PWE3 tub with sheet cover. Steel coated with heat fused polyester epoxy ANSI/ ASA, 61 Grey finish. Sheet Metal Cover Screwed to Tub. Front View 20 (508mm) Side View 4.25 (108mm) 27 (686mm) POWER 120VAC, 60Hz, 1.8A COMMUNICATION INTERFACE 1000Base-T, 1Gb/s Ethernet Cat 5 or Cat 6 cable Web browser interface Internet Explorer 9, 10, 11 Router: Cisco SF-110D-16-NA Ethernet Extender: Versatek VXVEB160G4 ENCLOSURE Steel coated with heat fused polyester epoxy ANSI-ASA, 61 grey finish ENVIRONMENT WARRANTY 1 year warranty Indoors, stationary, non-vibrating, non-corrosive atmosphere & non-condensing humidity Ambient operating temperature: +32ºF to +122ºF (0ºC to +50ºC) * Application and Performance Specification Information Subject to Change without Notification *Patent Pending Rev. 6/30/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

17 Douglas Lighting Controls Graphical User Interface Device Project Name: Part Number: Date: Features Easy to navigate graphical display Factory installed into panel Factory configured for each project California TITLE 24 Compliant ASHRAE 90.1 Compliant The Douglas Lighting Controls Graphical User Interface is used in a smaller centralized Dialog lighting control system. It is pre-wired and installed into a panel and provides web-based computer driven graphical control. Graphics are pre-configured by Douglas Lighting Controls. LCU PER SYSTEM MAX. RELAYS PER SYSTEM PART NUMBER WLC-GUI-A DESCRIPTION Graphical User Interface Device Graphical Display

18 Douglas Lighting Controls Graphical User Interface Device Graphical User Interface WLC-GUI-A 24V DC + - Housing: DIMENSIONS (W x D x H): 106 mm x 60 mm x 90 (98) mm MATERIAL Plastic MOUNTING On standard mounting rail 35 mm PROTECTION CLASS No fan; by convection TEMPERATURE RANGE 0-50 C CONNECTION Removable spring terminals #18 AWG DISPLAY LEDS Operating display, Error, Run, CAN-bus COM interface Ethernet Power Supply: INPUT VOLTAGE U(typ.) = 24 V DC (19-30 V DC) INPUT CURRENT I(typ.) = approx. 160 ma POWER CONSUMPTION Approx. 4 W MAX. BACK-UP FUSE 2 A MADE IN GERMANY *Patent Pending Rev. 4/4/18 Toll Free: or Direct lighting@douglaslightingcontrols.com

19 Technical WDB V Ballast Controller PART No. DESCRIPTION SPECIFICATION WDB-3314 Data line 0-10V ballast controller, 4 outputs, DIP set The WDB-3314 Ballast Controller is designed for dimming 0-10V ballasts. There are four dimming outputs. If several ballasts are connected to the same 0-10V dimmer output, they will dim together. Depending upon the ballast type, up to 35 fluorescent ballasts can be connected per output. To control the dimmer output unit, connect it to the Dialog data signal and set the unit to an output address using the dip switches. For projects that require ON/OFF control for the same addresses as the dimmer unit, use a relay driver or relay module set to the same address. Power Signal draw: 4mA. Communication Dialog Data Signal is required for communication to the Dialog system. Set the device s major address (0-63) with the DIP switch bank on the unit. The 4 dimming outputs each assume the minor addresses ##.1,##.2,##.3 and ## V Outputs There are 4, 0-10V outputs. These outputs are designed for standard 0-10V fluorescent ballasts control. Up to 35 fluorescent ballast can be connected to a single 0-10V output. WDB-3314 Data line 0-10V Ballast Controller Install unit in relay panel. Set addresses with DIP switches on unit. Environment Indoors, stationary, non-vibrating, non-corrosive atmosphere & non-condensing humidity. Ambient temp: -5 F to +120 F (-15 C to +50 C). Data Signal - The source connection for the Dialog data signal, 4mA supply. 0-10V Outputs - FOUR, 0-10V Dimmer Outputs. - Connect to standard 0-10V fluorescent dimmable ballasts. - Maximum 35 fluorescent ballasts per output DIMENSIONS & MOUNTING Output Address - Addresses are organized by major and minor address. - The DIP switch sets the major address, the minor address is preset as shown on the output device. Fluorescent Lamps Ballast Class 2 low voltage regulating circuit Violet Wire Grey Wire 35mm DIN Rail Mounting 3.89" [99] Plain View 4.41" [112] Side View 1.80" [46] 1.26" [32] Dialog Lighting Control System K24.11

20 Dialog Relay Driver Project Name: Part Number: Date: Features Provides control of relays within the Dialog lighting control panel. Compatible with all models of Douglas relays. 24 TITLE 8 output channels Provides low voltage signal to switch connected relays Continuously senses and reports the state of the connected relays to the LCU. ASHRAE 90.1 Compliant The Dialog Relay Driver is installed in the Dialog Panel and output addresses are set with DIP switches on the unit. There are two sets of address DIP switches: one set for the left four outputs and the other set for the right four outputs. Addresses are set such that they are unique from all others. The WLC-4150 Lighting Control Unit will detect and warn of duplicate addresses. Output addresses are organized by major and minor addresses. Major addresses are set with the DIP switch, and there is one output wire for each of the 4 minor addresses. The Relay Driver has eight outputs with one relay per output. A maximum of two relays can be connected to an output, but in this case they would switch together. The Dialog Relay drivers connect together to support additional relays. The Dialog Relay Driver is part of the Dialog System which includes relay panels, control cards and peripheral devices (Occupancy Sensor, Daylight Sensor, Wall Station Switches). Systems are built project specific, then factory programmed and tested before shipping to site. On-site support for commissioning is provided as needed California Compliant PART NUMBER WRD-3408z DESCRIPTION Relay driver, 8 outputs, DIP set Douglas Lighting Controls Dialog Eco-System Fixture Sensor Fixture Sensor Fixture Sensor Fixture Sensor Dialog Centralized Controller Wall Station Switch Wall Station Switch Wall Station Switch Wall Station Switch

21 Dialog Relay Driver DIMENSIONS & MOUNTING Plain View 35mm DIN Rail Mounting Side View 1.50" [38mm] 3.89" [99mm] 4.41" [112mm] 1.26" [32mm] OVERVIEW The WRD-3408 relay driver has 2 output addresses, one for the 4 relays on the left side and one for the 4 relays on the right side. Each output address is set with a DIP switch block that sets the major part of the output address. In most cases each output is connected to 1 Douglas relay to give it a unique output address. Up to 2 relays can be connected to an output, however they will both switch together. Breaker Lights Relay Wh ite Blue Red POWER Dialog 2-wire (18/2 AWG) low voltage, non-polarized, power and data bus COMMUNICATION Dialog 2-wire (18/2 AWG) low voltage, non-polarized, power and data bus CURRENT DRAW 3mA 8 Douglas relay outputs OUTPUT Connect a maximum of 2 relays to each output Indoors, stationary, non-vibrating, non-corrosive atmosphere & non-condensing humidity ENVIRONMENT Ambient operating temperature: +5 F to +120 F (-15 C to +50 C) WARRANTY 1 year warranty * Application and Performance Specification Information Subject to Change without Notification Rev. 6/23/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

22 Dialog Contact Input Unit Project Name: Part Number: Date: Features 8 contact inputs Each input can target individual control, or group control Programmable via a handheld infrared device Interfaces with standard 24V occupancy sensors Provides 24VDC output supply California ASHRAE 90.1 Compliant TITLE 24 Compliant The Dialog Contact Input Unit has eight contact inputs that permit contact closures from other systems or devices to signal the Dialog system. The Dialog Contact Input Unit is part of the Dialog System which includes relay panels, control cards and peripheral devices (Occupancy Sensor, Daylight Sensor, Wall Station Switches). Systems are built project specific, then factory programmed and tested before shipping to site. On-site support for commissioning is provided as needed. PART NUMBER WCI-3928 DESCRIPTION Contact input, infrared set, c/w 24 VDC, 500 ma supply Douglas Lighting Controls Dialog Eco-System Fixture Sensor Fixture Sensor Fixture Sensor Fixture Sensor Dialog Centralized Controller Wall Station Switch Wall Station Switch Wall Station Switch Wall Station Switch

23 Dialog Contact Input Unit DIMENSIONS & MOUNTING 35mm DIN Rail Mounting Plain View Side View 1.80" [46mm] 3.89" [99mm] 4.41" [112mm] 1.26" [32mm] POWER 24VAC COMMUNICATION Dialog 2-wire (18/2 AWG) low voltage, non-polarized, power and data bus CURRENT DRAW 4mA INPUT OUTPUT Max load: 500mA ENVIRONMENT WARRANTY 1 year warranty To activate a contact input, apply a +24VDC signal to the input There are 8 contact inputs to provide a seperate ON and OFF control to the output or group targeted Use the 8 contact inputs for connection to external devices Use 24VDC to signal inputs of the WCI-3928 Each input requires 7mA of signal Indoors, stationary, non-vibrating, non-corrosive atmosphere & non-condensing humidity. Ambient temp: +5 to +120 F (-15 C to +50 C) * Application and Performance Specification Information Subject to Change without Notification Rev. 6/23/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

24 Technical WIR-3110 Infrared Setting Unit PART No. DESCRIPTION SPECIFICATION WIR-3110 Infrared Setting Unit The Infrared Setting Unit is used to set the input devices target to an output address or group code. A infrared signal is used to read and write the address or code information. All Input Devices have an infrared transceiver built in that is compatible with the Infrared Setting Unit. Point the Unit at the device to be set, and press the receive information button to identify the device and its contents to the Infrared Setting Unit. Then make edits as required and send the new settings back into the device. Power 2 AA standard alkaline or rechargeable NiMH batteries. Communication Infrared communication to Dialog devices equipped with IR transceiver. Interface & Operation IR Setting Unit can request, via IR link, from the device what type it is, display the options available edit and send those options back to the device. Settings include but are not limited to: - display present device target. - set device address or group target. - adjust device settings. WIR-3110 Infrared Setting Unit Use to set output address or group codes into Input Devices. Input Devices include: switches, occupancy sensors contact inputs and photo sensors. Environment Non-vibrating, non-corrosive atmosphere & non-condensing humidity. Ambient temp: 5 F to +120 F (-15 C to +50 C). IR Transceiver Built-in IR transceiver for setting target address, group code and preset code of an input device. DIMENSIONS & MOUNTING Plain View Side View 6.0" [152] 4.94" [125] 1.28" [32.5] Dialog Lighting Control System K24.11

25 Dialog Ceiling Occupancy Sensor* Project Name: Part Number: Date: Features Dual Technology (PIR & ADI-Voice) Occupancy/ Vacancy modes 360º coverage pattern Integrated photocell for daylight harvesting Dialog 2-Wire low voltage power and data network Programmable through IR Setting Unit California TITLE 24 Compliant ASHRAE 90.1 Compliant The Dialog Ceiling Occupancy Sensor is a part of a Dialog centralized control system as it provides occupancy / vacancy detection via a dual technology recessed ceiling mounted sensor. The Ceiling Occupancy Sensor only requires connection to the 2-wire (18/2 AWG) Dialog power and data network. The Dialog occupancy sensor uses PIR and ADI-Voice technologies to determine the presence of people and perform the control actions when occupancy / vacancy is detected. Self-Adapting mode can be set to use both Passive Infrared (PIR) & Accurate Detection Intelligence (ADI) Voice technologies to automatically track occupancy tendencies for continuous maximizing energy savings. Smart Sense allows for immediate return to occupied mode in the event of a false off being triggered. Programming can be performed by using the IR Setting Unit for added convenience, especially during commissioning. The WOR sensor will fit in a standard octagon box with conduit entering from opposite sides. The recessed sensor provides 360º of coverage and has a tilting lens to direct the sensor to specific areas. The Dialog Lighting Control Unit is part of the Dialog System which includes relay panels, control cards and peripheral devices (Occupancy Sensor, Daylight Sensor, Wall Station Switches). Systems are built project specific, then factory programmed and tested before shipping to site. On-site support for commissioning is provided as needed. PART NUMBER WORSDG1-P-N WORXDG1-P-N WORBDG1-P-N DESCRIPTION Dialog standard range ceiling mount recessed occupancy sensor Dialog extended range ceiling mount recessed occupancy sensor Dialog high-bay range ceiling mount recessed occupancy sensor Sensor Modes and Settings Programming - IR Programming can be done with the WIR-3110 setting unit. For more details and additional options please see the IR Setting Unit Manual Detection (Dual or PIR Only) When in operation, the sensor will detect initial motion using Passive Infrared; once motion is detected the ADI-Voice is then activated to work alongside the PIR to maintain occupancy. The ADI-Voice can be disabled on any dual tech sensors. Automatic Timeout By setting the timeout dial to maximum, the sensor will be put into automatic mode which will adjust the time out automatically to maximize energy savings and occupant comfort. Vacancy The low voltage sensor can be selected as a vacancy (Off only) sensor. This provides additional energy savings by forcing the user to turn the lights on manually. The low voltage sensor has a built-in override; allowing for the sensor to be operated as a vacancy sensor. For two pole sensors, it provides multi-level control capability. Smart Sense When vacancy occurs, sensitivity of the ADI-Voice technology transitions from maximum to zero over an adaptively determined time period, based on occupancy tendencies. During the period, ADI-Voice can turn the lights back on immediately, even with no line-of-sight to the sensor, assuring the best combination of user convenience and energy savings. Walk-Thru Energy consumption due to false triggers is minimized by the automatic walk-through mode. This feature turns the lights off after 3 minutes if no occupancy detection occurs in the first 30 seconds after initial turn on. Photo Cell (-P) When enabled, occupancy alone will not trigger the output state to on. If occupancy is detected AND there is a deficiency of natural light, the output is triggered on. An increase in natural light will not force the lights off, but as the ambient light level drops, the lights will turn on automatically. This feature also limit the manual switching, ensuring the lights are not turned on if adequate light is present.

26 Dialog Ceiling Occupancy Sensor* Wiring and Installation The WOR Series Low Voltage Sensors are enabled with #18 AWG leads. 2.0 (52mm) 0.88 (22mm) Wire 4.17 (106mm) 30 Tilt 360 Rotation in plane of ceiling Override button Dialog Data Signal Sensor connects directly to the Dialog data signal. No other connections required (60mm) 2.95 (75mm) Conduit Octagon Box LENS RANGE AND COVERAGE PATTERNS Standard Range Lens (S) Extended Range Lens (X) High Bay (B) TOP VIEW TOP VIEW TOP VIEW 27ft 14ft 14ft 7ft 0ft 0ft 7ft 14ft 14ft 27ft SIDE VIEW SIDE VIEW SIDE VIEW 40ft 9ft 9ft 40ft 18ft 0ft 18ft 40ft 20ft 0ft ft ft 0ft FUNCTIONALITY Occupancy / Vacancy settings 30 degree tilt lens Integrated switch for commissioning override Photocell for daylight harvesting Dual technology PIR and ADI-Voice Technology COMMUNICATIONS Dialog 2-wire (18/2 AWG) low voltage, non-polarized, power and data bus CURRENT DRAW 3mA APPROVALS ENVIRONMENT ASHRAE 90.1 Compliant California Energy Commission Title 24 & NYLL 48 Compliant FCC Compliant Indoor, stationary, non-vibrating, non-corrosive atmosphere and non-condensing humidity Operating temperature: 14 F to 140 F (-10 C to 60 C) Storage temperature: -14 to 140 F (-25 to 60 C) WARRANTY Standard 1-year *Patent Pending Subject to change without notice. Rev. 8/15/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

27 Technical WOS Series Dialog Wall Switch Occupancy Sensor Features PART No. FEATURES SPECIFICATION Standard Range WOSSDG1-P-VW The Dialog occupancy sensors use PIR and ADI-Voice technologies to determine the presence of people and perform the control actions when occupancy (or vacancy) is detected The WOS Series of sensors are designed replace a low voltage wall switch giving a 180 coverage pattern The Dialog edition of this sensor gives the capability of operating and controlling directly on the Dialog bus Wall Switch occupancy sensor provides 180 coverage to maximize the sensor area. The dual-tech sensor utilizes ADI-Voice Technology, which has advanced digital signal processing for accurate detection of human speech. A Self-Adapting mode can be set to use both Passive Infrared (PIR) & Accurate Detection Intelligence (ADI) Voice technologies to automatically track occupancy tendencies for continuous maximizing of energy savings. Smart Sensing allows for an immediate return to occupied mode in the event of a false off being triggered. Can be programmed by the IR Setting Unit for added convenience, especially during commissioning. Communication Dialog Data signal is the only connection required Output Action on: Occupancy/Unoccupancy Switch Photo Reading Approvals FCC Environment Indoors, stationary, non-vibrating, non-corrosive atmosphere and noncondensing humidity Ambient Operating Temperature: 14 F to 140 F (-10 C to 60 C) Storage Temperature: -14 F to 140 F (-25 C to 60 C) Operation Low voltage sensors are powered by Dialog Bus. When in operation, the sensor will detect initial motion using PIR; once motion is detected the internal contact will close. The ADI-Voice is then activated to work alongside the PIR to detect occupancy. DIMENSIONS & MOUNTING Mount in a standard gang box. Occupancy Sensor R1.4 Preliminary data subject to change without notice

28 Coverage WOS Series Dialog Wall Switch Occupancy Sensor INSTALLATION Mount the WOS Series sensor on the wall about 4' above floor level near the midline of the room so its PIR detection zones cover the room area and any obstructions are within range of the ADI-Voice detector. There should be no obstructions between the sensor and the room entrance. This ensures that the sensor's PIR lens will be activated when a person enters the room, which will subsequently trigger the ADI-Voice. Installing in Offices Sensor effective in obstructed spaces. ADI-Voice re-activation and Smart Sense prevents lights out condition. Standard Lens Optimal usage is to detect small motions such as hand movements Designed for a mounting height of up to 4ft ADI-Voice can detect around corners that PIR cannot to maintain occupancy. Top View 15 ft 7.5 ft 0 ft Typical Office 7.5 ft Installing in Washrooms Sensor effective in partitioned spaces. ADI-Voice re-activation and Smart Sense prevents lights out condition. 15 ft Side View 4 ft 0 ft 0 15 Typical Washroom Occupancy Sensor R1.4 Preliminary data subject to change without notice

29 Features WOS Series Dialog Ceiling Occupancy Sensor Wiring Instructions The WOS Series Low Voltage sensors are equipped with #18 AWG leads. Use appropriate sized wire-nuts to connect the wires to the incoming load terminations. Sensor Settings Programming - IR / Manual Setting Programming can be done with the WIR-3110 setting unit. For more details and additional options please see the IR Setting Unit Manual Detection (Dual or PIR Only) When in operation, the sensor will detect initial motion using Passive Infrared; once motion is detected the ADI-Voice is then is activated to work alongside the PIR to maintain occupancy. The ADI-Voice can be disabled on any dual tech sensors. Automatic Timeout By setting the timeout dial to maximum, the sensor will be put into automatic mode which will adjust the time out automatically to maximize energy savings and occupant comfort. Smart Sensing When vacancy occurs, sensitivity of the ADI-Voice technology transitions from maximum to zero over an adaptively determined time period, based on occupancy tendencies. During this period, ADI-Voice can turn the lights back on immediately, even with no line-of-sight to the sensor, assuring the best combination of user convenience and energy savings. Energy consumption due to false triggers is minimized by the automatic walk-through mode. This feature turns the lights off after 3 minutes if no occupancy detection occurs in the first 30 seconds after initial turn on. Vacancy Mode The low voltage sensor can be selected as a vacancy (Off only) sensor. This provides additional energy savings by forcing the user to turn the lights on manually. The low voltage sensor has a built-in override input; allowing for the sensor to be operated as a vacancy sensor. For two pole sensors, it provides multi-level control capability. Photo Sensing (-P) When enabled, occupancy alone will not trigger the output state to on. If occupancy is detected AND there is a deficiency of natural light, the output is triggered on. An increase in natural light will not force the lights off but as the ambient light level drops the lights will turn on automatically. This feature will also limit the manual switching, ensuring the lights are not turned on if adequate light is present. Profile The Dialog sensor exists as three profiles in the system: a Switch, a Photocell, and an Occupancy Sensor. Each profile element can control separate control targets. Summary of Configuration Options Each building is unique in its lighting needs. Diversa sensors provide the user with a wide variety of configuration options to ensure each building s individual needs are met. Timeout 30 sec - 30 min or self adapting Adjustable PIR Sensitivity Adjustable Detect Intelligence Voice (ADI-Voice) Sensitivity Enable/Disable ADI-Voice Enable/Disable LED Indicators Enable/Disable Walk Through Mode Set parameters for light level setting upon occupancy detection * Application and Performance Specification Information Subject to Change without Notification Occupancy Sensor R1.4 Preliminary data subject to change without notice

30 Technical WOW Series Dialog Wall Mount Occupancy Sensor PART No. FEATURES SPECIFICATION Corner Range WOWCDG1-P-N The Dialog occupancy sensors use PIR and ADI-Voice technologies to determine the presence of people and perform the control actions when occupancy (or vacancy) is detected The WOW Series of sensors are designed to surface mount on a wall giving either a 90 coverage pattern Communication Dialog Data signal is the only connection required Output Action on: Occupancy/Unoccupancy Switch Photo Reading Approvals FCC Features The Dialog edition of this sensor gives the capability of operating and controlling directly on the Dialog bus Wall mounted occupancy sensor provides 90 coverage. Has the ability to rotate in both the horizontal and vertical axis to optimize the sensing area. Environment Indoors, stationary, non-vibrating, non-corrosive atmosphere and noncondensing humidity Ambient Operating Temperature: 14 F to 140 F (-10 C to 60 C) Storage Temperature: -14 F to 140 F (-25 C to 60 C) The dual-tech sensor utilizes ADI-Voice Technology, which has advanced digital signal processing for accurate detection of human speech. A Self-adapting mode can be set to use both Passive Infrared (PIR) & Accurate Detection Intelligence (ADI) Voice technologies to automatically track occupancy tendencies for continuous maximizing of energy savings. Smart Sensing allows for an immediate return to occupied mode in the event of a false off being triggered. Can be programmed by the IR Setting Unit for added convenience, especially during commissioning. DIMENSIONS & MOUNTING Unit mounts into an octagon box. Wall Mounted Operation Low voltage sensors are powered by Dialog data bus. When in operation, the sensor will detect initial motion using PIR; once motion is detected the internal contact will close. The ADI-Voice is then activated to work alongside the PIR to detect occupancy. Ceiling Mounted Occupancy Sensor R1.5 Preliminary data subject to change without notice

31 Coverage WOW Series Dialog Wall Mount Occupancy Sensor INSTALLATION Installing in Smaller Room (Corner Lens) Locate the sensor in the corner, along the entrance door to prevent it from viewing out into the hallway. The sensor can be rotated, allowing it to be pointed along the entrance door and slightly downwards. Positioning the sensor in this manner ensures that an occupant moves across the longest detection beam upon entrance, utilizing the sensor's maximum PIR range. Corner Lens Optimal usage is to detect small motions such as hand movements Designed for a mounting height of up to 7-15ft ADI-Voice can detect around corners that PIR cannot to maintain occupancy Typical Enclosed Office Occupancy Sensor Preliminary data subject to change without notice R1.5

32 Features WOW Series Dialog Ceiling Occupancy Sensor Wiring Instructions The WOW Series Low Voltage sensors are equipped with #18 AWG leads. Use appropriate sized wire-nuts to connect the wires to the incoming load terminations. Sensor Settings Programming - IR Programming can be done with the WIR-3110 setting unit. For more details and additional options please see the IR Setting Unit Manual Detection (Dual or PIR Only) When in operation, the sensor will detect initial motion using Passive Infrared; once motion is detected the ADI-Voice is then is activated to work alongside the PIR to maintain occupancy. The ADI-Voice can be disabled on any dual tech sensors. Automatic Timeout By setting the timeout dial to maximum, the sensor will be put into automatic mode which will adjust the time out automatically to maximize energy savings and occupant comfort. Smart Sensing When vacancy occurs, sensitivity of the ADI-Voice technology transitions from maximum to zero over an adaptively determined time period, based on occupancy tendencies. During this period, ADI-Voice can turn the lights back on immediately, even with no line-of-sight to the sensor, assuring the best combination of user convenience and energy savings. Energy consumption due to false triggers is minimized by the automatic walk-through mode. This feature turns the lights off after 3 minutes if no occupancy detection occurs in the first 30 seconds after initial turn on. Vacancy Mode The low voltage sensor can be selected as a vacancy (Off only) sensor. This provides additional energy savings by forcing the user to turn the lights on manually. The low voltage sensor has a built-in override input; allowing for the sensor to be operated as a vacancy sensor. For two pole sensors, it provides multi-level control capability. Photo Sensing (-P) When enabled, occupancy alone will not trigger the output state to on. If occupancy is detected AND there is a deficiency of natural light, the output is triggered on. An increase in natural light will not force the lights off but as the ambient light level drops the lights will turn on automatically. This feature will also limit the manual switching, ensuring the lights are not turned on if adequate light is present. Profile The Dialog sensor exists as three profiles in the system: a Switch, a Photocell, and an Occupancy Sensor. Each profile element can control separate control targets. Summary of Configuration Options Each building is unique in its lighting needs. Diversa sensors provide the user with a wide variety of configuration options to ensure each building s individual needs are met. Timeout 30 sec - 30 min or self adapting Adjustable PIR Sensitivity Adjustable Detect Intelligence Voice (ADI-Voice) Sensitivity Enable/Disable ADI-Voice Enable/Disable LED Indicators Enable/Disable Walk Through Mode Set parameters for light level setting upon occupancy detection * Application and Performance Specification Information Subject to Change without Notification Occupancy Sensor Preliminary data subject to change without notice R1.5

33 Dialog Ceiling Mount Daylight Sensor Project Name: Part Number: Date: Features Auto-ranging with light levels from 0 to 65,000 lux (0-6,500 fc) Connects to the 2-wire Dialog data bus for power and communications All settings are stored on the WLC-4150 Lighting Control Unit (LCU) Low profile design Adjustable pivot head Programming done via handheld infrared device The daylight sensor mounts on the ceiling and points downward to measure the light reflected from the surface below. The sensor is installed such that it can be aimed at a spot that is representative of the light being measured. The WPS-3711 sensor has a tilting lens for directing the sensor to or away from specific areas. Good targets are open floor areas and or walls that receive natural light. Poor target areas are desktop surfaces as the reflectivity changes depending on what is on the desk. The Dialog Ceiling Mount Daylight Sensor is part of the Dialog System which includes relay panels, control cards and peripheral devices (Occupancy Sensor, Daylight Sensor, Wall Station Switches). Systems are built project specific, then factory programmed and tested before shipping to site. On-site support for commissioning is provided as needed California ASHRAE 90.1 Compliant TITLE 24 Compliant PART NUMBER WPS-3711 DESCRIPTION Interior ceiling mount data line daylight sensor, infrared set Douglas Lighting Controls Dialog Eco-System Fixture Sensor Fixture Sensor Fixture Sensor Fixture Sensor Dialog Centralized Controller Wall Station Switch Wall Station Switch Wall Station Switch Wall Station Switch

34 Dialog Ceiling Mount Daylight Sensor DIMENSIONS & MOUNTING Mounting Ring Octagon Junction Box Wire Terminals Mounting Ring Ceiling Tile 2.62 (68mm) 4.63" (118mm) 30 Tilt Good wire space Poor wire space POWER Dialog 2-wire (18/2 AWG) low voltage, non-polarized, power and data bus COMMUNICATION Dialog 2-wire (18/2 AWG) low voltage, non-polarized, power and data bus CURRENT DRAW 3mA OUTPUT Measures and reports light levels from 0 to 65,000 lux to LCU ENVIRONMENT Indoors, stationary, non-vibrating, non-corrosive atmosphere & non-condensing humidity Ambient operating temperature: +5ºF to +120ºF (-15ºC to +50ºC) WARRANTY 1 year warranty * Application and Performance Specification Information Subject to Change without Notification Rev. 6/23/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

35 Cut Sheet Exterior Daylight Sensor DESCRIPTION Exterior Daylight Sensor for detecting and transmitting light levels Light level range: 0 to 65,000 lux ( fc) Measures and reports changes in natural light Connects to control system data line Adjustable sun shield PART NUMBERS WPS-3741B For use with Dialog systems Replaces WPS-3741 WPS-5527B For use with LitePak systems Replaces WPS-5527 WPS-5941B-FTT For use with W2000 systems Replaces WPS-5941-FTT WPS-5942B-FTT For use with LonWorks & Microthermo systems Replaces WPS-5942-FTT Replaces WPS-5942-FTT-MT The updated mechanical design of the Douglas Lighting Controls Exterior Daylight Sensor improves weather resistence and provides a means to tune the amount of light being measured at the sensor with the provision of a sun shield. The electronic specifications remain the same to ensure backwards compatibility with existing Douglas systems. Top View North 90 0 Installation Performance is best maintained when installed in protected area to avoid inaccurate measurements due to build-up of dirt, dust, snow, or ice. Mount vertically on a fixed surface with sensor face directed North with a clear path to measure natural light. If Northern orientation is not available, position sensor to best capture natural light avoiding direct sunlight. If direct sunlight cannot be avoided, vertically center sun shield on sensor face. Once positioned, tighten chase nipple lock ring. Connect sensor wires as outlined below and on product (wire shielding is not required). SPECIFICATIONS Power Signal draw: 15mA Communication Digital Signal Maximum wire length 500ft. Environment Stationary, non-vibrating, noncorrosive atmosphere & noncondensing humidity Ambient Operating Temperature: --55ºF to +130ºF (--50ºC to +55ºC) Dimensions Height: 3.5 (89mm) Maximum width: 2.0 (51mm) Integrated 0.5 chase nipple (includes lock ring) WPS-3741B WPS-5527B Wiring WPS-5941B-FTT WPS-5942B-FTT mm mm Connect wires to Dialog network Connect Yellow and Black (nonpolarized) wires to Litepak or WTP Connect Black & White wires to 24Vac Connect Red & Green wires to LonWorks FTT-10 data line mm 1/2"-14 NPSL THREAD Dialog Lighting Control System CS-WPS-EXT

36 Dialog Switch Stations Project Name: Part Number: Date: Features Dialog digital programmable network switches 1, 2, 3, 4 & 8 button configurations Simple Dialog 2-wire connection LED status indicator Programmable via handheld infrared device California TITLE 24 Compliant ASHRAE 90.1 Compliant The Dialog wall switch is an integral part of a Dialog centralized control system as it provides user input into the system via a simple push button interface. The Dialog switch devices come in 1, 2, 3, 4, and 8 button modules to provide flexible and attractive solutions for the switch of your lighting control system. The switch modules only require connection to the Dialog 2-wire (18/2 AWG) low voltage, nonpolarized, power and data bus. The switch has an LED indicator beside each button to show the real-time status of the targeted output or group. ORANGE LED indicates ON and BLUE LED indicates OFF. Each switch is programmable from a handheld IR programmer (provided by Douglas), therefore switches do not need to be removed, or disassembled when programming is required. Switches can be programmed for ON, OFF, TOGGLE, DIM and PRESET control. The Dialog Switch Stations are part of the Dialog System which includes relay panels, control cards and peripheral devices (Occupancy Sensor, Daylight Sensor, Wall Station Switches). Systems are built project specific, then factory programmed and tested before shipping to site. On-site support for commissioning is provided as needed. Typical Applications: Where user input is required for system control. PART NUMBER WSW-3511 WSW-3512 WSW-3513 WSW-3514 WSW-3528 DESCRIPTION Data line switch 1 gang, 1 button (1x1), infrared set; Signal draw: 3mA Data line switch 1 gang, 2 button (2x1), infrared set; Signal draw: 3mA Data line switch 1 gang, 3 button (3x1), infrared set; Signal draw: 3mA Data line switch 1 gang, 4 button (4x1), infrared set; Signal draw: 3mA Data line switch 1 gang, 8 button (4x2), infrared set; Signal draw: 3mA Douglas Lighting Controls Dialog Eco-System Fixture Sensor Fixture Sensor Fixture Sensor Fixture Sensor Dialog Centralized Controller Wall Station Switch Wall Station Switch Wall Station Switch Wall Station Switch

37 Dialog Switch Stations WIRING A DIALOG SWITCH Connect switches to the 2-conductor data line. Connection is low voltage, non-polarized t-tap capable. The maximum one way measurement from the controller to the switch device is Should longer lengths be needed, use WAM-3190 amplifier. The Dialog system switches draw 24VDC power from the 2-conductor data line. Each switch uses 3mA of power. There is 500mA of total power available from the Dialog line for all devices. If power is insufficient, use WAM-3190 amplifiers for additional 500mA 3.81" 3.28" [97mm] [83mm] Plain View 1.73" [44mm] Side View 0.94" [24mm] 0.3" [8mm] INSTALLATION Connect the 2-wire Dialog data line to the back of each switch module and install modules in standard wall boxes. Each switch module must have an output address or group code assigned. A Dialog system local network can have a total of 252 output and 127 group codes. A group code can host one, some, or all of the output addresses. There is no limit to the number of switches that can be set to the same address or group code. A switch targeted at a group code requires the group code to have an existing program to function A switch targeted directly to an output address requires no extra programming. PROGRAMMING A push button switch can send standard action commands: o ON, OFF, TOGGLE o Dim UP/DOWN (output or groups) o Presets 1 to 8 (groups only) In addition to standard action commands, presets can also set operating modes. Modes determine how input devices and output of the group behave. Example 1: quiet time switch: disable motion sensor for 1 hour Example 2: during off hours, switch activates group for 30-mins Example 3: for a period of time, lock output to a defined level POWER Dialog 2-wire (18/2 AWG) low voltage, non-polarized, power and data bus COMMUNICATION Dialog 2-wire (18/2 AWG) low voltage, non-polarized, power and data bus CURRENT DRAW 3mA Indoors, stationary, non-vibrating, non-corrosive atmosphere & non-condensing humidity ENVIRONMENT Ambient operating temperature: +5ºF to +120ºF (-15ºC to +50ºC) WARRANTY 1 year warranty * Application and Performance Specification Information Subject to Change without Notification Rev. 6/23/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

38 Dialog 1-Button & Dimmer Wall Station Switch Project Name: Part Number: Date: Features Dialog digital programmable network switch 1-button with UP/DOWN control Simple 2-wire connection LED status indicator Programmable via handheld infrared device California ASHRAE 90.1 Compliant TITLE 24 Compliant The Dialog wall dimming switch is a part of a Dialog centralized control system as it provides user input into the system via a simple to understand push button/dimming interface. The Dialog dimming switch comes as a 1 button plus dimming module to provide flexible and attractive solutions for the dimming control requirements of your lighting control system. The dimming switch modules only require connection to the 2-wire (18/2 AWG) data line. Should a dimming switch station require expansion, connect extra modules to the existing data line. The dimming switch has an LED indicator beside each button as well as multiple LED indicators beside the dimming buttons to show the realtime status of the targeted output or group. Orange LED indicated ON and blue LED indicates OFF. Each dimming switch is programmable from a handheld IR programmer (provided by Douglas), therefore dimming switches do not need to be removed, or disassembled when programming is required. The Dialog 1-Button & Dimmer Wall Station Switch is part of the Dialog System which includes relay panels, control cards and peripheral devices (Occupancy Sensor, Daylight Sensor, Wall Station Switches). Systems are built project specific, then factory programmed and tested before shipping to site. On-site support for commissioning is provided as needed. Typical Applications: Where dimming input is required for system dimming control. PART NUMBER WSD-3501 DESCRIPTION Data line dimmer and switch 1 gang, 1 channel, infrared set; Signal draw 3.5mA Douglas Lighting Controls Dialog Eco-System Fixture Sensor Fixture Sensor Fixture Sensor Fixture Sensor Dialog Centralized Controller Wall Station Switch Wall Station Switch Wall Station Switch Wall Station Switch

39 Dialog 1-Button & Dimmer Wall Station Switch WIRING A DIALOG DIMMER SWITCH Connect switches to the 2-conductor data line. Connection is low voltage, non-polarized t-tap capable. The maximum one way measurement from the controller to the switch device is Should longer lengths be needed, use WAM-3190 amplifier. The Dialog dimmer switch draws power from the 2-conductor data line. Each switch uses 3.5mA of power. There is 500mA of total power available from the Dialog line for all devices. If power is insufficient, use WAM-3190 amplifiers for additional 500mA 3.81" 3.28" [97mm] [83mm] Plain View 1.73" [44mm] Side View 0.94" [24mm] 0.3" [8mm] INSTALLATION Connect the 2-wire Dialog data line to the back of each switch module and install modules in standard wall boxes. Each switch module must have an output address or group code assigned. A Dialog system local network can have a total of 252 output and 127 group codes. A group code can host one, some, or all of the output addresses. There is no limit to the number of switches that can be set to the same address or group code. A switch targeted at a group code requires the group code to have an existing program to function A switch targeted directly to an output address requires no extra programming. PROGRAMMING A push button switch can send standard action commands: o ON/OFF (output or groups) o Dim UP/DOWN (output or groups) In addition to standard action commands, presets can also set operating modes. Modes determine how input devices and output of the group behave. Example 1: quiet time switch: disable motion sensor for 1 hour Example 2: during off hours, switch activates group for 30-mins Example 3: for a period of time, lock output to a defined level POWER Dialog 2-wire (18/2 AWG) low voltage, non-polarized, power and data bus COMMUNICATION Dialog 2-wire (18/2 AWG) low voltage, non-polarized, power and data bus CURRENT DRAW 3mA ENVIRONMENT WARRANTY 1 year warranty Indoors, stationary, non-vibrating, non-corrosive atmosphere & non-condensing humidity Ambient operating temperature: +5ºF to +120ºF (-15ºC to +50ºC) * Application and Performance Specification Information Subject to Change without Notification Rev. 6/23/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

40 Dialog Key Switch* Project Name: Part Number: Date: Features Dialog dataline technology Key with ON/OFF control Simple 2-wire connection LED status indicator for ON/OFF Programmable via handheld infrared device California ASHRAE 90.1 Compliant TITLE 24 Compliant The Dialog key switch is a part of a Dialog centralized control system. It provides a key accessible input into the system via the front face of the wall switch. The Dialog key switch comes as a single key module to provide an attractive solution for the secured control requirements of your lighting control system. The key switch modules only require connection to the Dialog 2-wire (18/2 AWG) low voltage, non-polarized, power and data bus. The key switch can send a signal for both the clockwise and counterclockwise turns. This allows for multiple functions depending on the requirement of the system. The key switch has an LED indicator above the keyhole to show the real-time status of the targeted output or group. Orange LED indicated ON and blue LED indicates OFF. Each key switch is programmable from a handheld infrared programmer (provided by Douglas), therefore key switches do not need to be removed, or disassembled when programming is required. The Dialog Key Switch is part of the Dialog System which includes relay panels, control cards and peripheral devices (Occupancy Sensor, Daylight Sensor, Wall Station Switches). Systems are built project specific, then factory programmed and tested before shipping to site. On-site support for commissioning is provided as needed. Typical Applications: Where secure input is required for system control. PART NUMBER WSK-3502 DESCRIPTION Data line key switch 1 gang, 1 key, infrared set; Signal draw 3mA Douglas Lighting Controls Dialog Eco-System Fixture Sensor Fixture Sensor Fixture Sensor Fixture Sensor Dialog Centralized Controller Wall Station Switch Wall Station Switch Wall Station Switch Wall Station Switch

41 Dialog Key Switch* WIRING A DIALOG KEY SWITCH Connect the key switch to the 2-conductor data line. Connection is low voltage, non-polarized t-tap capable. The maximum one way measurement from the controller to the switch device is Should longer lengths be needed, use WAM-3190 amplifier. Each switch uses 3mA of power. There is 500mA of total power available from the Dialog line for all devices. A power amplifier is available (WAM-3190) is available should the 500mA limit is exceeded. Plain View 3.81" 3.28" [97mm] [83mm] Side View 1.73" [44mm] 0.55" [14mm] INSTALLATION Connect the 2-wire Dialog data line to the back of each switch module and install modules in standard wall boxes. Each switch module must have an output address or group code assigned. A Dialog system local network can have a total of 252 output and 127 group codes. A group code can host one, some, or all of the output addresses. There is no limit to the number of switches that can be set to the same address or group code. A switch targeted at a group code requires the group code to have an existing program to function A switch targeted directly to an output address requires no extra programming. PROGRAMMING A key switch can send standard action commands: o ON/OFF (output or groups) o Dim UP/DOWN (output or groups) In addition to standard action commands, presets can also set operating modes. Modes determine how input devices and output of the group behave. Example 1: quiet time switch: disable motion sensor for 1 hour Example 2: during off hours, switch activates group for 30-mins Example 3: for a period of time, lock output to a defined level POWER Dialog 2-wire (18/2 AWG) low voltage, non-polarized, power and data bus COMMUNICATION Dialog 2-wire (18/2 AWG) low voltage, non-polarized, power and data bus CURRENT DRAW 3mA ENVIRONMENT WARRANTY 1 year warranty Indoors, stationary, non-vibrating, non-corrosive atmosphere & non-condensing humidity Ambient operating temperature: +5ºF to +120ºF (-15ºC to +50ºC) * Application and Performance Specification Information Subject to Change without Notification Rev. 6/23/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

42 Douglas Lighting Controls Bluetooth Sensor* Project Name: Part Number: Date: Features Bluetooth wireless technology Occupancy and Daylight Sensor Dual Technology (PIR & Bluetooth detection) Small form factor (1 diameter lens) Deck level configuration using smartphone App Innovative tool-less mounting California ASHRAE 90.1 Compliant TITLE 24 Compliant The Douglas Lighting Controls Bluetooth Sensor is a dual technology ceiling mounted occupancy and daylight sensor. It communicates wirelessly with other Bluetooth devices within the Douglas Lighting Controls wireless mesh eco-system. The Dual Technology sensor uses PIR and Bluetooth proximity detection to identify and maintain occupancy. PIR technology will identify motion in the area while the Bluetooth detection will identify occupancy by recognizing authorized Bluetooth enabled Smartphones in the area. The Sensor is easily installed into soft ceiling tiles by using an innovative cutting head to eliminate the need for cutting tools. Once the hole is cut and the sensor is pushed into place, rubber ribs hold the sensor securily in place. Power for the sensor is provided by the Douglas Lighting Controls Bluetooth Controller (part # BT-PP20-A). PART NUMBER BT-WOR-A DESCRIPTION Bluetooth enabled Occupancy / Daylight sensor Coverage 38 ft Standard Lens Coverage Pattern - Side View 0 ft 9 ft. 16 ft. 38 ft 38 ft Douglas Lighting Controls Bluetooth Wireless Eco-system Controller Gateway Occupancy / Daylight Sensor Fixture Dialog Centralized Controller Control & Commissioning App Wall Station Switch For integrating to Dialog Centralized system

43 Douglas Lighting Controls Bluetooth Sensor* Comes with a 50 flying lead. 29/ mm #20AWG (20/2) ~50 length 3 7/ mm / mm rubber friction ribs 12VDC power output Douglas Lighting Controls Bluetooth Controller Part # BT-PP20-A 1 1/ mm / mm FUNCTIONALITY INPUT VOLTAGE 12VDC Occupancy and daylight harvesting Fits into a 15/16 hole Powered by Douglas Lighting Controls Bluetooth Controller Download Douglas Lighting Controls App from Apple App store for configuration See Installation Manual for complete details 150 Clear line of site. 50 through standard walls (distances may vary based on location and environment. WIRELESS RANGE Additional devices may be required at time of commissioning to ensure Bluetooth network integrity.) ASHRAE 90.1 Compliant California Energy Commission Title 24 & NYLL 48 Compliant APPROVALS Contains IC: 8254A-B1010SP0 Contains FCC ID: W7Z-B1010SP0 Indoor, stationary, non-vibrating, non-corrosive atmosphere and non-condensing humidity ENVIRONMENT Operating temperature: 32 F to 104 F (0 C to 40 C) Storage temperature: 14 to 140 F (-25 to 60 C) WARRANTY Standard 1-year The Bluetooth word mark and logos are registered trademarks owned by Bluetooth SIG, Inc. and any use of such marks by Panasonic is under license. Other trademarks and trade names are those of their respective owners. *Patent Pending Rev. 4/3/18 Toll Free: or Direct lighting@douglaslightingcontrols.com

44 Douglas Lighting Controls Bluetooth Fixture Controller & Sensor* Project Name: Part Number: Date: Features Bluetooth wireless technology Occupancy and daylight sensors Water-tight/water-proof (IP65) 0-10V dimming, CLC, bi-level set-points, ON/OFF Deck level configuration using smartphone app California TITLE 24 Compliant ASHRAE 90.1 Compliant The Douglas Lighting Controls Bluetooth Fixture Controller & Sensor provides automated individual and group control of light fixtures using onboard sensors and Bluetooth technology. The Douglas Lighting Controls Bluetooth Fixture Controller & Sensor is easily installed for ON/OFF or bi-level light functionality. The daylight sensor provides additional energy savings by adjusting (0-10V dimming) the lights to work with the amount of natural daylight available in open-sided parking garages or from windows. Configuration of the Douglas Lighting Controls Fixture Controller & Sensor is done conveniently at deck level with our free Smartphone App using Bluetooth protocol to communicate with the device. A Bluetooth mesh network is created between devices for control over a group of Douglas Lighting Controls Bluetooth Fixture Controller & Sensors. The Controller & Sensor has a maximum vertical range of 40 feet and is powered from the fixture. It is tested to applicable UL and CSA standards and enables users to meets ASHRAE 90.1 and Title 24 energy code requirements. Once the device(s) are configured, the system will automatically operate to control lighting based on occupancy in the area and the system settings. Typical Applications: Parking Garages Warehouses - Manufacturing Facilities PART NUMBER BT-FMS-A DESCRIPTION Bluetooth enabled fixture mounted occupancy/daylight sensor and controller Coverage 40 ft 0 ft SIDE VIEW 18 ft 0 ft 20 ft 18 ft 30 ft 40 ft 40 ft 40 ft 18 ft 0 ft 18 ft 40 ft 40ʼ 30ʼ 20ʼ 10ʼ 0ʼ 10ʼ 20ʼ 30ʼ 40ʼ

45 Douglas Lighting Controls Bluetooth Fixture Controller & Sensor* Fixture rail 35.32mm 1.39in 58mm 2.28in 23mm 0.91in mm 4.18in Spacer Threaded chase nipple break point for overhangs less than ½ (12mm). Mounting Use Spacer and full length threaded chase nipple for fixture rail overhang greater than ½ (12mm). Spacer 39.25mm 1.55in Wiring Red relay/load Black hot/line White - neutral Gray Violet 0-10V dimming 6.30mm 0.25in FUNCTIONALITY INPUT VOLTAGE RANGE OCC. SENSOR RANGE LOAD RATINGS DIMMING 0-10V APPROVALS WARRANTY Occupancy, CLC, bi-level level light set point, ON/OFF, adjustable OFF delay Download Douglas Lighting Controls App from Apple App store for configuration Outdoor Use Rainproof when installed per instructions For Installation with field-installed conductors of 60 C (140 F) minimum rating See Installation Manual for complete details 120/277/347VAC 60Hz 150 Clear line of site. 50 through standard walls (distances may vary based on location and environment. Additional devices may be required at time of commissioning to ensure Bluetooth network integrity.) Up to 40 feet 120VAC standard ballast 277VAC standard ballast 277VAC electronic ballast 347VAC standard ballast Conforms to UL STD. 508 Certified to CSA STD. C22.2 #14 Contains IC: 8254A-B1010SP0 Contains FCC ID: W7Z-B1010SP0 Standard1-year The Bluetooth word mark and logos are registered trademarks owned by Bluetooth SIG, Inc. and any use of such marks by Panasonic is under license. Other trademarks and trade names are those of their respective owners. *Patent Pending Rev. 4/24/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

46 Douglas Lighting Controls Bluetooth Controller* Project Name: Part Number: Date: Features Bluetooth wireless technology ON/OFF, 0-10V dimming LED status indicator 12VDC output to power occupancy sensor (BT-WOR) Deck level configuration using smartphone App Demand Response Ready California TITLE 24 Compliant ASHRAE 90.1 Compliant The Douglas Lighting Controls Bluetooth Controller converts fixtures into wirelessly controlled luminaires. The device provides individual or multifixture control based on the wiring configuration (one-to-one or one-to-many). Control functionality includes ON/OFF and 0-10v dimming control of the fixture(s) through a wireless control point eliminating the need for control wires between fixtures and making design and installation easier. Each device is capable of communicating with other Douglas Lighting Controls Bluetooth enabled devices (occupancy sensors, gateways, and wall station switches) via the Bluetooth mesh network. The Controller is easily installed using the ½ chase nipple and the included flying leads. Commissioning is conveniently done at deck level with our free smartphone App. Typical Applications: For new fixtures or upgrading existing fixtures to wireless controls PART NUMBER BT-PP20-A DESCRIPTION Bluetooth enabled fixture controller

47 Douglas Lighting Controls Bluetooth Controller* 2.6 (66mm) 1/2 KO 0.83 (21mm) Red Load/Relay 3.0 (77mm) Violet Grey 0-10V Dimming 3.4 (87mm) 1.85 (47mm) White - Neutral Black - Hot 12VDC output LED Status Indicator Factory Reset ON/OFF, 0-10V dimming, Demand Response Ready FUNCTIONALITY Download Douglas Lighting Controls App from Apple App store for configuration See Installation Manual for complete details INPUT VOLTAGE 120/277/347VAC 60Hz AUX. OUTPUT 12VDC, 30mA 150 Clear line of site. 50 through standard walls (distances may vary based on location and environment. RANGE Additional devices may be required at time of commissioning to ensure Bluetooth network integrity.) 120VAC standard ballast 277VAC standard ballast LOAD RATINGS 277VAC electronic ballast 347VAC standard ballast ETL Listed Conforms to UL STDS. 508 and 1310 Certified to CSA STD. C22.2 #14 and #223 ETL Classified Conforms to UL STD APPROVALS Certified to ULC/ORD STD C2043 ASHRAE Compliant California Energy Commission Title 24 Compliant Contains IC: 8254A-B1010SP0 Contains FCC ID: W7Z-B1010SP0 Indoor, stationary, non-vibrating, non-corrosive atmosphere and non-condensing humidity ENVIRONMENT Operating temperature: 32 F to 104 F (0 C to 40 C) Storage temperature: 14 to 140 F (-25 to 60 C) WARRANTY Standard 1-year The Bluetooth word mark and logos are registered trademarks owned by Bluetooth SIG, Inc. and any use of such marks by Panasonic is under license. Other trademarks and trade names are those of their respective owners. *Patent Pending Rev. 4/25/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

48 Douglas Lighting Controls Bluetooth Switches* Project Name: Part Number: Date: Features Bluetooth wireless technology 4-button Switch 8-button Switch 1-Button & Dimmer Switch Field commission via Smartphone App LED status indicators 120/277VAC and 347VAC models California ASHRAE 90.1 Compliant TITLE 24 Compliant The Douglas Lighting Controls Bluetooth Switches offer users finger tip control over lights in defined spaces. Each switch is a Bluetooth enabled device that communicates wirelessly with other Bluetooth devices within the Douglas Lighting Controls eco-system. Available in 4-button, 8-button and 1-button & dimmer models, the switches are powered by 120/277VAC or 347VAC circuits to ensure reliable functionality. Switches are field commissioned via a Smartphone App. Typical Applications: Where wireless fixture controls are required (requires a Douglas Lighting Controls Bluetooth device at fixture) PART NUMBER BT-DMSW-U-A BT-DMSW-3-A BT-4BTSW-U-A BT-4BTSW-3-A BT-8BTSW-U-A BT-8BTSW-3-A DESCRIPTION Bluetooth enabled 1-button & dimmer wall switch 120/277VAC Bluetooth enabled 1-button & dimmer wall switch 347VAC Bluetooth enabled 4-button wall switch 120/277VAC Bluetooth enabled 4-button wall switch 347VAC Bluetooth enabled 8-button wall switch 120/277VAC Bluetooth enabled 8-button wall switch 347VAC Douglas Lighting Controls Bluetooth Wireless Eco-system Controller Gateway Occupancy / Daylight Sensor Fixture Dialog Centralized Controller Control & Commissioning App Wall Station Switch For integrating to Dialog Centralized system

49 Douglas Lighting Controls Bluetooth Switches* 120/277VAC 1.34 (34mm) 0.94 (24mm) Wiring - Side View 3.81 (97mm) 3.28 (83mm) Green - Grounded 1.73 (44mm) 347VAC BT-8BTSW-A 0.3 (8mm) 1.34 (34mm) 0.94 (24mm) BT-8BTSW-A Switch Wall Station Gang Box White - Neutral Black - Line 4.08 (97mm) 3.53 (83mm) 1.73 (44mm) 0.3 (8mm) FUNCTIONALITY 4-button, 8-button, DIM/ON/OFF Bluetooth enabled switches Download Douglas Lighting Controls App from Apple App store for configuration See Installation Manual for complete details INPUT VOLTAGE 120/277 or 347VAC 60Hz (product specific) RANGE APPROVALS ENVIRONMENT 150 Clear line of site. 50 through standard walls (distances may vary based on location and environment. Additional devices may be required at time of commissioning to ensure Bluetooth network integrity.) Certified to CAN/CSA Std. C22.2 No. 14 Conforms to UL 508 Standard FCC Class A ASHRAE Compliant California Energy Commission Title 24 & NYLL 48 Compliant Contains IC: 8254A-B1010SP0 Contains FCC ID: W7Z-B1010SP0 Indoor, stationary, non-vibrating, non-corrosive atmosphere and non-condensing humidity Operating temperature: 32 F to 104 F (0 C to 40 C) Storage temperature: 14 to 140 F (-25 to 60 C) WARRANTY Standard 1-year The Bluetooth word mark and logos are registered trademarks owned by Bluetooth SIG, Inc. and any use of such marks by Panasonic is under license. Other trademarks and trade names are those of their respective owners. *Patent Pending Rev. 4/25/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

50 Type: Project: Date: Catalog #: Prepared by: Douglas Lighting Controls Bluetooth Integrated Fixture Controller & Sensor* Features Bluetooth wireless technology Occupancy and Daylight sensors Water-tight/water-proof (IP65) 0-10V dimming, CLC, Bi-level set-points, ON/OFF Deck level configuration using smartphone App The Douglas Lighting Controls Bluetooth Integrated Fixture Controller & Sensor provides individual and group control of light fixtures using onboard sensors and Bluetooth technology. It is easily integrated into fixtures by creating a 2 hole to hold the device. A watertight gasket protects the sensor from water ingress. (See manual for complete installation details.) The sensor includes occupancy sensors for ON/OFF or bi-level light functionality. The daylight sensor provides additional energy savings by adjusting (0-10V dimming) the lights to work with the amount of natural daylight available in open-sided parking garages. Configuration of the sensor is done conveniently at deck level with our free Smartphone App using Bluetooth protocol to communicate with the device. A Bluetooth mesh network is created between devices for control over a group of Douglas Lighting Controls Bluetooth Fixture Controller & Sensors. The sensor has a maximum vertical range of 40 feet and is powered from the fixture. It is tested to applicable UL and CSA standards and enables users to meets ASHRAE 90.1 and Title 24 energy code requirements. Typical Applications: Integrated into fixtures (for OEM projects) PART NUMBER FMS-PG001 DESCRIPTION Bluetooth Enabled Integrated Fixture Controller and Occupancy/Daylight Sensor Coverage 40 ft 0 ft SIDE VIEW 18 ft 0 ft 20 ft 18 ft 30 ft 40 ft 40 ft 40 ft 18 ft 0 ft 18 ft 40 ft 40ʼ 30ʼ 20ʼ 10ʼ 0ʼ 10ʼ 20ʼ 30ʼ 40ʼ *Patent Pending

51 Type: Project: Date: Catalog #: Prepared by: Douglas Lighting Controls Bluetooth Integrated Fixture Controller & Sensor* 64.80mm 2.55in 17.22mm 0.68in 50.70mm 2.00in 74.90mm 2.95in 74mm 2.91in 62mm 2.44in Designed to create a watertight seal in a 2 hole mm 2.02in FUNCTIONALITY WIRELESS RANGE INPUT VOLTAGE SENSOR RANGE LOAD RATINGS DIMMING 0-10V APPROVALS ENVIRONMENT WARRANTY Occupancy, CLC, Bi-level level light set point, ON/OFF, Adjustable OFF delay Download Douglas Lighting Controls App from Apple App store for configuration Outdoor Use Rainproof when installed per instructions For Installation with field-installed conductors of 60 C (140 F) minimum rating 150 Clear line of site. 50 through standard walls (distances may vary based on location and environment. Additional devices may be required at time of commissioning to ensure Bluetooth network integrity.) 120/277/347VAC 60Hz Up to 40 feet 120VAC standard ballast 277VAC standard ballast 277VAC electronic ballast 347VAC standard ballast Certified to CAN/CSA Std. C22.2 No 14 Conforms to UL508 Contains IC: 8254A-B1010SP0 Contains FCC ID: W7Z-B1010SP0-40 C to +55 C (-40 F to +131 F) Standard 1-year The Bluetooth word mark and logos are registered trademarks owned by Bluetooth SIG, Inc. and any use of such marks by Panasonic is under license. Other trademarks and trade names are those of their respective owners. Rev. 1/16/17 Designed in Canada Assembled in China

52 Douglas Lighting Controls Bluetooth Dialog Gateway Project Name: Part Number: Date: Features Bluetooth wireless technology #18/2 wire non-polarized Dialog power/data network Easily installed using two screws (included) Dialog Terminal Connector (included) Plug N Control simplicity A Douglas Lighting Controls wireless network operates within its own eco-system. However, there are applications that will use the wireless system as part of a complete building system and therefore need to connect to the Dialog centralized lighting control network. In these instances, use the gateway device to communicate between the two systems. The Douglas Lighting Controls Bluetooth Dialog Gateway sends and receives wireless commands between our Bluetooth wireless mesh network and our Dialog centralized lighting control system. It is easily installed on a wall or ceiling or behind a wall or ceiling tile (not behind metal) with 2 screws and connects to the Dialog network with #18/2 wire, non-polarized power and data connection. Douglas Lighting Controls Bluetooth Wireless Eco-system Controller Gateway Occupancy / Daylight Sensor Fixture Dialog Centralized Controller Control & Commissioning App Wall Station Switch For integrating to Dialog Centralized system PART NUMBER BT-GTWY-A DESCRIPTION A Bluetooth enabled device for sharing information and commands between the Bluetooth wireless systems and the Dialog centralized system.

53 Douglas Lighting Controls Bluetooth Dialog Gateway 40.00mm (1.575in) 96.30mm (3.791in) 20.00mm (.787in) LED Status Indicator & Reset Dialog Network Plug-in FUNCTIONALITY SPECIFICATIONS CURRENT DRAW WIRELESS RANGE APPROVALS ENVIRONMENT WARRANTY The gateway provides a communication path between Douglas Lighting Controls Bluetooth devices and Douglas Lighting Controls Dialog network. Dimensions (W x D x H): 96.3mm x 40mm x 20mm Material: Plastic Mounting: Screw onto hard surface Connection: Terminal plug (included) for 18/2 #wire LED: Status and factory reset 19mA 150 clear line of site. 50 through standard walls (distances may vary based on location and environment. Additional devices may be required at time of commissioning to ensure Bluetooth network integrity.) Contains IC: 8254A-B1010SP0 Contains FCC ID: W7Z-B1010SP0 Indoor, stationary, non-vibrating, non-corrosive atmosphere and non-condensing humidity Operating Temperature: 32 F to 104 F (0 C to 40 C) Storage Temperature: 14 F to 140 F (-25 C to 60 C) Standard 1-year *Patent Pending Rev. 3/8/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

54 Dialog Room Controllers

55 Dialog Room Controller* Project Name: Part Number: Date: Features Plug N Control up to 6 different loads (lighting, receptacle, emergency lighting) Plug N Control up to 4 dimming channels independent of lighting loads Installation directly to junction box 24 TITLE Low cost, simple to install, polarity neutral 2-wire network Networkable with Dialog or BACnet IP ASHRAE 90.1 Compliant Dialog Room Controller is a stand-alone, distributed lighting control solution for offices, classrooms and defined spaces. The device incorporates 2 sections; the Dialog Room Controller and the Dialog Room Controller UL924 / CSA C22.2 No. 141 Relay Expansion Pack. The Dialog Room Controller s thoughtful design eliminates wiring complications found in current lighting control systems by mounting directly to junction boxes with the incorporated ½ inch chase nipples. We know that wiring devices is not always easy, but with Dialog Room Controller there s an easier way. Color coded labels that correspond with wires and wiring information inside the wiring compartment clearly identify proper connections. Out-of-the-box ease of installation and operation through Plug n Control functionality means once the system is connected, your room is under control. With an easy installation process and the removal of commissioning challenges, the Dialog Room Controller is up and running quickly, and operating effectively to meet the requirements of ASHRAE 90.1 and California Title 24 installations. Dialog Room Controller is part of a complete room control packaged kit that includes the Dialog Room Controller, Occupancy and Photo Sensors, and Wall Switches. The peripheral devices connect to the Room Controller through the easy to use, low cost, non-polarized, 2-wire (18/2) Dialog network. Designated emergency lights are controlled by the UL924 / CSA C22.2 No. 141 Relay Expansion Pack. Under normal conditions these lights operate to the lighting requirements. In the event of power failure, emergency light mode is activated. Emergency lights operate at full brightness; wall switch and dimming functionality is disabled (an emergency/backup power source is required). The Dialog Room Controller system can also be used in a centralized, fully networked Dialog system. Select the appropriate Kits, connect to the Dialog network controller and facility wide control capability is enabled. Advantages include global control and scheduling, faster installations, less long wire/ conduit runs, and room-by-room commissioning before centralized network connections are completed California Compliant PART NUMBER DESCRIPTION WRC-3160 Room Controller: Four relays, four independent dimming channels, connectivity to a Dialog or BACnet network WUL-3924 UL924 Relay Expansion Pack Daylight Sensor Dialog Room Controller Ecosystem NATURAL LIGHT Teacher Station Occupancy/Vacancy Sensor Dialog Room Contoller Entry Station

56 Dialog Room Controller* [6.248in] 158.7mm [5.669in] mm Class 2 Power Unit; Dry Location Use Only For installation with Field Installed Conductors Rated for 60ºC (140ºF) Use 18AWG 2 Wire for Low Voltage Wiring WRC-3160 [4.272in] mm [2.106in] 53.50mm WUL-3924 [6.102in] mm PART NUMBER: WRC-3160 PART NUMBER: WUL-3924 INPUT 120/277/347Vac, 20A Max., 60Hz INPUT 120/277/347Vac, 20A Max., 60Hz 20A General Use 120/277/347VAC 20A Standard Ballasts & Tungsten Loads 120/277VAC OUTPUT 15A Standard Ballasts 347VAC 16A Electronic Ballasts 120/277VAC 0.5HP 120/277VAC RELAYS 4 (#1, 2, 3 20A; #4@20A) V Class 2 independent dimming DIMMING channel 100 ma sinking current per channel UL2043, UL508, UL1310 APPROVALS CSA c22.2 NO. 14 OUTPUT 20A General Use 120/277/347VAC 20A Standard Ballasts & Tungsten Loads 120/277VAC 15A Standard Ballasts 347VAC 16A Electronic Ballasts 120/277VAC 0.5HP 120/277VAC RELAYS (20A each) APPROVALS UL924, UL2043, UL508, UL1310 CSA c22.2 NO. 14 & No. 141 WEIGHT 18oz. (520g.) WEIGHT 7oz. (200g) MOUNTING Clips and connects to WRC-3160 Mounts to junction box via ½ chase nipple MOUNTING Mounts to junction box via ½ chase nipple ENVIRONMENT Indoors, stationary, non-vibrating, non-corrosive atmosphere and non-condensing humidity Ambient Operation Temperature: 32 F to 100 F (0 C to 38 C) Plenum Rated For a complete overview of the Dialog Room Controller including wiring illustrations, kit specifications and ordering information please see the Dialog Room Controller Reference Guide. *Patent Pending Subject to change without notice. CS-WRC-3160/WUL Rev. 4/24/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

57 Dialog Room Controller 2* Project Name: Part Number: Date: Features Two relay circuits (20A each) Two independent dimming channels Shipped as Plug N Control out-of-the-box ready kits Color coded wires, labels and on-device wiring instructions Low cost, simple to install, non-polarized 2-wire network California TITLE 24 Compliant ASHRAE 90.1 Compliant Dialog Room Controller 2 is a stand-alone, distributed lighting control solution for offices, classrooms, and defined spaces. The systems are ideal for controlling lights and receptacles in specific areas of a building. The packaged systems are factory configured and include occupancy sensors, daylight sensors, and wall station switches to provide an out-of the-box ready, Plug N Control system. A low voltage power and data network connects switches, occupancy, and daylight sensors to the controller. Power is connected from the controller to the lights, as are the 0-10V dimming connections. The complete system then offers ON/OFF and 0-10V dimming functionality using control signals from the sensors and switches. With the specially designed Dialog Room Controller 2 wiring complications are minimized by mounting the controller directly to junction boxes using the incorporated ½ inch chase nipples. Color coded labels that correspond with wires and connection details inside the wiring compartment clearly identify proper connections. Connecting to the switches and sensors is even easier using our #18/2 power and data network. The network is non-polarized and follows a free topology architecture. The Dialog Room Controller 2 system can also be used in a centralized, fully networked Dialog system. Connect the room controller to the Douglas Lighting Controls Dialog centralized network and facility-wide control capability is enabled. Advantages include global control and scheduling, faster installations, fewer long wire/conduit runs, and room-by-room commissioning before centralized network connections are completed. PART NUMBER WRC-3260 DESCRIPTION Two relay, two dimming channel room controller [6.248in] 158.7mm [5.669in] mm Class 2 Power Unit; Dry Location Use Only For installation with Field Installed Conductors Rated for 60ºC (140ºF) Use 18AWG 2 Wire for Low Voltage Wiring [4.272in] mm [2.106in] 53.50mm

58 Dialog Room Controller 2* Daylight Sensor Occupancy Sensor Wall Switch Stations Circuit 1 #18/2 non-polarized, topology free, power & data network Neutral AC input 2 AC input 1 Circuit V dimming control 0-10V dimming control INPUT 120/277/347VAC, 20A Max., 60Hz OUTPUT RELAYS 2 (@ 20A each) DIMMING APPROVALS 20A general use 120/277/347VAC 20A standard ballasts & tungsten loads 120/277VAC 15A standard ballasts 347VAC 16A electronic ballasts 120/277VAC 0.5HP 120/277VAC V class 2 independent dimming channels 100 ma sinking current per channel UL2043, UL508, UL1310 CSA c22.2 NO. 14 Plenum rated in USA and Canada INSTALLATION Mounts to junction box via ½ chase nipple ENVIRONMENT Indoors, stationary, non-vibrating, non-corrosive atmosphere and non-condensing humidity Ambient operation temperature: 32 F to 100 F (0 C to 38 C) Plenum rated For a complete overview of the Dialog Room Controller including wiring illustrations, kit specifications and ordering information, please visit Subject to change without notice. *Patent Pending CS-WHC-3260 Rev. 4/24/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

59 Switch Stations - Dialog Room Controller Project Name: Part Number: Date: Features 2-button, 4-button, and Dimmer & 1-button wall switch stations Connects via Dialog 2-wire, non-polarized data bus Factory configured and labeled Plug N Control out-of-the-box California TITLE 24 Compliant ASHRAE 90.1 Compliant Dialog Room Controller Wall Switch Stations are digitally controlled switches that send control commands to the Dialog Room Controller through the Dialog 2-wire (#18/2), low voltage, non-polarized power and data bus. These attractive switches are factory configured and labelled for specific Dialog Room Controller Kits to make for true Plug N Control Out-of-the Box functionality. LED indicators show switch and dimming status. (Orange - ON, Blue OFF). PART NUMBER WRC-DS-* WRC-ES-* WRC-OF-ES* WRC-OF-* WRC-TS-1-* DESCRIPTION Dialog Room Controller Dimmer Station Dialog Room Controller Entry Station Dialog Room Controller Office Entry Station Dialog Room Controller Office Station Dialog Room Controller Teacher Switch Station (White screwless faceplates are included with Dialog Room Controller Kits) *placeholder for programming code Dialog Room Controller Ecosystem Daylight Sensor NATURAL LIGHT Teacher Station Dialog Room Contoller Occupancy/Vacancy Sensor Entry Station

60 Switch Stations - Dialog Room Controller DIALOG ROOM CONTROLLER Dialog 2-wire (#18/2), low voltage, non-polarized power and data bus. Dialog Network Terminal Block 0.94 (24mm) 0.94 (24mm) 3.81 (97mm) 3.28 (83mm) 3.81 (97mm) 3.28 (83mm) 1.73 (44mm) 0.3 (8mm) 1.73 (44mm) 0.3 (8mm) SCREWLESS FACEPLATES PLAIN VIEW SIDE VIEW 1-GANG 2-GANG 2.62 (66mm) 4.6 (117mm) 1.31 (33mm) 0.25 (6.4mm) 2.8 (71mm) 4.6 (117mm) FUNCTIONALITY Factory configured for ON/OFF, pre-set, and dimming control CURRENT DRAW 3mA POWER REQUIREMENTS ENVIRONMENT WARRANTY 1 year Powered by Dialog 2-wire, non-polarized low voltage data bus 14 F to 140 F (-10 C to +60 C) Stationary, non-vibrating, non-corrosive atmosphere and non-condensing humidity *Patent Pending Rev. 4/24/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

61 Wall Station Sensor - Dialog Room Controller Project Name: Part Number: Date: Features Occupancy and Daylight sensor 1-button switch Dual Technology (PIR and ADI-Voice) Plug N Control ready out-of-the-box Part of the Dialog Room Controller system California TITLE 24 Compliant ASHRAE 90.1 Compliant Shown with face plate - ordered separately The Dialog Room Controller Wall Station Sensor features Dual Technology (PIR* and ADI-Voice*) occupancy sensing and a photo sensor for daylight harvesting control. The lens provides 180 of sensing coverage and has a hardened design to minimize lens damage. A push button switch is provided and can be configured for ON/OFF or Toggle functionality. An adjustable time-out delay can be set for 3 seconds to 40 minutes. Plug N Control ready, the sensor is part of a Dialog Room Controller system and connects to the Dialog Room Controller via our simple 2-wire, non-polarized low voltage (18/2 AWG) data/power bus, minimizing commissioning time. When in operation, the sensor will detect initial motion using PIR; then ADI-Voice is activated to work alongside the PIR to detect and maintain occupancy. Typical Applications: offices and restrooms. PART NUMBER WOSSDG1-P-T WOSSDG1-P-T-A WOSSDG1-P-T-B WOSSDG1-P-T-2A WOSSDG1-P-T-2B WVSSDG1-P-T WVSSDG1-P-T-A WVSSDG1-P-T-B WVSSDG1-P-T-2A WVSSDG1-P-T-2B WPSSDG1-P-T WPSSDG1-P-T-A WPSSDG1-P-T-B WPSSDG1-P-T-2A WPSSDG1-P-T-2B DESCRIPTION Wall Station Sensor Occupancy Mode Wall Station Sensor Occupancy Mode, Room A Type Wall Station Sensor Occupancy Mode, Room B Type Wall Station Sensor Occupancy Mode, Room 2A Type Wall Station Sensor Occupancy Mode, Room 2B Type Wall Station Sensor Vacancy Mode Wall Station Sensor Vacancy Mode, Room A Type Wall Station Sensor Vacancy Mode, Room B Type Wall Station Sensor Vacancy Mode, Room 2A Type Wall Station Sensor Vacancy Mode, Room 2B Type Wall Station Sensor Partial ON Mode Wall Station Sensor Partial ON Mode, Room A Type Wall Station Sensor Partial ON Mode, Room B Type Wall Station Sensor Partial ON Mode, Room 2A Type Wall Station Sensor Partial ON Mode, Room 2B Type Occupancy Mode: Auto-ON / Auto-OFF Vacancy Mode: Manual-ON / Auto-OFF Partial ON Mode: Auto-ON 50% / Auto-OFF PIR - Passive Infrared technology ADI-Voice - Our proprietary microphonic technology

62 Wall Station Sensor - Dialog Room Controller Dialog Network Two screw terminals on back of switch for #18/2 non-polarized, power and data connection 4in (101mm) 2.56in (65mm) 3.25in (83mm) 3.81in (97mm) 2.56in (68mm) Overide Button On-board button for override and testing. 1.25in (32mm) 1.62in (41mm) 1.18in (30mm) 1.69in (43mm) POWER 10mA APPROVALS ENVIRONMENT Low voltage device ASHRAE 90.1 compliant CEC Title 24 compliant NYLL 48 compliant WARRANTY Standard 1-year Indoor, stationary, non-vibrating, non-corrosive atmosphere and non-condensing humidity Operating temperature: 32 F to 104 F (0 C to 40 C) Storage temperature: 14 F to 140 F (-25 C to 60 C) DESIGNED IN CANADA ASSEMBLED IN CHINA Rev. 4/13/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

63 Ceiling Mount Occupancy Sensor - Dialog Room Controller Project Name: Part Number: Date: Features Dual Technology (ADI-Voice & PIR) Low Profile 30 Tilt Lens Auxiliary Relay Configuration Dial Plug N Control out-of-the-box California TITLE 24 Compliant ASHRAE 90.1 Compliant The Dual Technology (ADI-voice and Passive Infrared) Occupancy or Vacancy Ceiling Sensors for Dialog Room Controller kits provide the lowest profile ceiling sensors with 360 of coverage to turn lights ON or OFF based on occupancy. A tilting lens helps direct the sensor to or away from specific areas and the on-board timer adjustment can be set for delays from 3 seconds to 40 minutes. Smart Sense technology allows lights to be switched ON through motion or voice for up to 4 minutes after an unwanted OFF. The sensor includes an auxiliary relay for control of HVAC or BAS systems. Plug N Control ready, the sensor connects to the Dialog Room Controller via our simple 2-wire, nonpolarized low voltage (18/2 AWG) data/power bus, minimizing commissioning time. PART NUMBER WORSDG1-R-T WORSDG1-R-T-A WVRSDG1-R-T-A WORSDG1-R-T-B WVRSDG1-R-T-B WVRSDG1-R-T WVRSDG1-R-T-AE WVRSDG1-R-T-BE WORXDG1-R-T WORXDG1-R-T-A WVRXDG1-R-T-A WORXDG1-R-T-B WVRXDG1-R-T-B WVRXDG1-R-T WVRXDG1-R-T-AE WVRXDG1-R-T-BE DESCRIPTION Dual Tech Occupancy Sensor Std Lens with Aux Relay Dual Tech Occupancy Sensor Std Lens with Aux Relay Room A Type Dual Tech Vacancy Sensor Std Lens with Aux Relay Room A Type Dual Tech Occupancy Sensor Std Lenswith Aux Relay Room B Type Dual Tech Vacancy Sensor Std Lens with Aux Relay Room B Type Dual Tech Vacancy Sensor Std Lens with Aux Relay Dual Tech Vacancy Sensor Std Lens with Aux Relay Room A Type, Emergency Dual Tech Vacancy Sensor Std Lens with Aux Relay Room B Type, Emergency Dual Tech Occupancy Sensor Xtd Lens with Aux Relay Dual Tech Occupancy Sensor Xtd Lens with Aux Relay Room A Type Dual Tech Vacancy Sensor Xtd Lens with Aux Relay Room A Type Dual Tech Occupancy Sensor Xtd Lens with Aux Relay Room B Type Dual Tech Vacancy Sensor Xtd Lens with Aux Relay Room B Type Dual Tech Vacancy Sensor Xtd Lens with Aux Relay Dual Tech Vacancy Sensor Xtd Lens with Aux Relay Room A Type, Emergency Dual Tech Vacancy Sensor Xtd Lens with Aux Relay Room B Type, Emergency

64 Ceiling Mount Occupancy Sensor - Dialog Room Controller DIALOG ROOM CONTROLLER OCCUPANCY SENSOR Auxiliary Relay Connection Yellow (common) Yellow/Black (N/C) Yellow/White (N/O) COVER REMOVED Dialog Network Terminal Block Dialog 2-wire (#18/2), low voltage, non-polarized power and data bus. Commissioning Dial 2.0 (52mm) 0.88 (22mm) 4.17 (106mm) 30 Tilt 2.36 (60mm) 2.95 (75mm) Conduit Octagon Box Dialog Ceiling Mount Sensors will fit a standard (2-1/8 deep) octagon box. The can also be attached with the included mounting ring. For octagon box installations, conduits should be attached to the sides with the larger wiring space. LENS RANGE AND COVERAGE PATTERNS Standard Range Lens (S) Use is to detect hand movements (desk) Designed for a mounting height of 7-15ft TOP VIEW 14ft 7ft 0ft 7ft 14ft FUNCTIONALITY CURRENT DRAW 25mA POWER REQUIREMENTS ENVIRONMENT 9ft 0ft SIDE VIEW WARRANTY 1 year Occupancy (Auto ON/Auto OFF) Vacancy (Manual ON/Auto OFF) Proprietary ADI-Voice & Passive Infrared Timer Factory Setting: 10 minutes Timer Range: 3 seconds to 40 minutes Smart Sense: min. 15seconds, max. 4 minutes Powered by Dialog 2-wire, non-polarized low voltage data bus Extended Range Lens (X) Use to detect walking motion (open spaces) Designed for a mounting height of 7-15ft TOP VIEW SIDE VIEW 14ft 0ft ft 14 F to 140 F (-10 C to +60 C) Stationary, non-vibrating, non-corrosive atmosphere and non-condensing humidity 27ft 14ft 0ft 9ft *Patent Pending Subject to change without notice. Rev. 4/26/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

65 Ceiling Mount Daylight Sensor - Dialog Room Controller Project Name: Part Number: Date: Features 0 65,000 lux Low profile 30 Tilt Lens Configuration Dial Plug N Control out-of-the-box California TITLE 24 Compliant ASHRAE 90.1 Compliant The indoor ceiling mount closed-loop-control (CLC) Daylight Sensor is an integral part of a Dialog Room Controller system as it provides real-time light level input to support natural daylight harvesting. Natural Daylight Harvesting uses natural and in-room lighting to automatically provide a predetermined level of light in the room. This maximizes the use of available natural light while minimizing use of in-room lighting, thereby reducing energy consumption. A tilting lens helps direct the sensor to, or away from, specifi c areas. Setting the light point on the Daylight Sensor is easily done with an on-board set-point dial. With only a set-point adjustment, the Dialog Room Controller system is Plug N Control ready right out-of-the box by connecting to the Dialog Room Controller via our simple 2-wire, non-polarized low voltage (18/2 AWG) data/power bus, minimizing commissioning time. PART NUMBER WPP-INT WPP-INT-1A WPP-INT-1B WPP-INT-2A WPP-INT-2B DESCRIPTION Interior Daylight Sensor Single Room Interior Daylight Sensor Single Room A Type Interior Daylight Sensor Single Room B Type Interior Daylight Sensor Two Room A Type Interior Daylight Sensor Two Room B Type

66 Ceiling Mount Daylight Sensor - Dialog Room Controller DIALOG ROOM CONTROLLER DAYLIGHT SENSOR COVER REMOVED Dialog Network Terminal Block Override Button Calibration Mode Calibration Dial 2.0 (52mm) 0.88 (22mm) 4.17 (106mm) 30 Tilt 2.36 (60mm) 2.95 (75mm) Conduit Octagon Box Dialog Ceiling Mount Sensors will fit a standard (2-1/8 deep) octagon box. The can also be attached with the included mounting ring. For octagon box installations, conduits should be attached to the sides with the larger wiring space. FUNCTIONALITY CURRENT DRAW 3mA POWER REQUIREMENTS ENVIRONMENT Natural Daylight Harvesting via closed loop control dimming Range: 0 to 65,000 lux 150 Clear line of site. 50 through standard walls (distances may vary based on location and environment. Additional devices may be required at time of commissioning to ensure Bluetooth network integrity.) 14 F to 140 F (-10 C to +60 C) Stationary, non-vibrating, non-corrosive atmosphere and non-condensing humidity POWER Powered by Dialog Room Controller via 2-wire, non-polarized low voltage (24Vac) data bus WARRANTY 1 year *Patent Pending Subject to change without notice. Rev. 4/13/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

67 LCD Touch Screen Switch Station Kit - Dialog Room Controller Project Name: Part Number: Date: Features Two-gang sized LCD switch station supports common Dialog Room Controller switching functions Pre-programmed and configured for use with Dialog Room Controller systems 24 TITLE Kit includes 120Vac 60Hz to 24Vac transformer Backlight switches OFF automatically after 10 seconds of inactivity ASHRAE 90.1 Compliant California Compliant The LCD Touch Screen Switch Station communicates with the Dialog Room Controller through the Dialog 2-wire, non-polarized low voltage (18/2) data bus. It is an alternative switch station for Dialog Room Controller systems. Use the LCD Touch Screen for classroom teacher switch stations or office switch stations. PART NUMBER WRC-LCD9261 DESCRIPTION LCD Touch Screen Switch Station for Dialog Room Controller Daylight Sensor Dialog Room Controller Ecosystem NATURAL LIGHT LCD Touch Screen Switch Staion Occupancy/Vacancy Sensor Dialog Room Contoller Entry Station

68 LCD Touch Screen Switch Station Kit - Dialog Room Controller DIALOG ROOM CONTROLLER TOUCH SCREEN TEACHERS STATION Dialog 2-wire (#18/2), low voltage, non-polarized power and data bus. Dialog Network Terminal Block 1.18 (30mm) Setting Button Location Indication Light 2.15 (54.5mm) 3.29 (83.5mm) 2.98 (101mm) 4.33 (110mm) 3.6 (91.4mm) 2.72 (69mm) 2.82 (71.7mm) 3.48 (88.4mm).39 (9.8mm) 1.13 (28.7mm).89 (25.2mm) 1.81 (46mm).89 (24.9mm) KIT INCLUDES LCD touch screen, face plate, 120Vac transformer LCD TRANSFORMER Rated Voltage: 200mA 24Vac (from transformer) Signal Current: 15mA Maximum distance between transformer and the farthest LCD switch: 300ft. Applicable Wires: Power 0.9mm WR Vac Primary 24Vac Secondary 40VA steady draw, 40VA pulsed draw *Patent Pending Subject to change without notice. Rev. 5/2/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

69 Room Controller* WRC-3160 WUL-3924 Installation Manual *Patent Pending (shown with UL924 Relay Expansion Pack) Installation Guide WRC-3160 & WUL Douglas Lighting Controls 1

70 This page intentionally blank. Installation Guide WRC-3160 & WUL Douglas Lighting Controls 2

71 WARNING! SYSTEM MUST BE INSTALLED IN ACCORDANCE WITH LOCAL AND NATIONAL ELECTRICAL CODES INDOOR USE ONLY Risk of Electric Shock. More than one disconnect switch is required to de-energize the device before servicing. All Servicing should be performed by qualified service personnel. This unit has more than one power supply connection point. To reduce the risks of electric shock disconnect both the branch circuit breakers / fuses & emergency power supplies before servicing. SAVE THESE INSTRUCTIONS READ AND FOLLOW ALL SAFETY INSTRUCTIONS. Be aware that Line Voltage Connections may be 120Vac or 277Vac or 347Vac Do not use outdoors. Do not mount near gas or electric heaters. Equipment should be mounted in locations and at heights where it will not readily be subjected to tampering by unauthorized personnel. The use of accessory equipment not recommended by the manufacturer may cause an unsafe condition. Do not use this equipment for other than intended use. Installation Guide WRC-3160 & WUL Douglas Lighting Controls 3

72 Table of Contents 1. INTRODUCTION GENERAL DESCRIPTION DESIGN FEATURES COMPATIBLE DEVICES SPECIFICATIONS MOUNTING POWER INPUTS: OUTPUT POWER SUPPLY: CONTACT RATINGS OPERATION ENVIRONMENT STORAGE TEMP: APPROVALS: DIMENSIONS INSTALLATION FEATURES INSTALLATION DIAGRAMS INSTALLATION WIRING AND START-UP CENTRALIZED SYSTEM BACNET LED STATUS INDICATOR KIT WIRING DIAGRAMS Installation Guide WRC-3160 & WUL Douglas Lighting Controls 4

73 1. INTRODUCTION 1.1. General Description The Dialog Room Controller provides localized distributed lighting control for a specific application, defined space or room. The product is factory configured to be used without the need for onsite programming prior to commissioning. 2. DESIGN FEATURES The Dialog Room Controller is plenum Class 2 power unit rated for indoor environments that are stationary, non-vibrating, non-corrosive atmosphere and noncondensing humidity with an Ambient Operation Temperature of 32 F to 100 F (0 C to 38 C). High voltage connections are pre-wired with colour coded, tinned, flying leads. The high voltage compartment is not accessible and has no serviceable components. Low voltage push-connect terminal blocks are labeled and colour coded. A ½ threaded chase nipple with locknut is integrated into the chassis for installation to standard size junction boxes Two ½ knockouts and two break-away tabs allow direct wiring access to the low voltage compartment. A 120 opening lid is notched to stay in the open position to provide access to the low voltage compartment and circuit test buttons A top-mounted bi-colour LED indicates device status and allows for easy device locating Dialog Room Controller is a 24Vac data line source for use with the Dialog Dual Technology Occupancy Sensors, Daylight Sensors and Digital Wall Station Switches Plug N Control ready out-of-the-box Demand Response Ready Installation Guide WRC-3160 & WUL Douglas Lighting Controls 5

74 BACnet IP Ethernet Port Status LED Addressing for Centralized System Dialog Network Connection (Centralized System) 0-10V dimming terminal block Relay Test Buttons ½ knockout Break-away tab Terminal block for local low voltage network ½ knockout Break-away tab (low voltage terminal cover removed) Installation Guide WRC-3160 & WUL Douglas Lighting Controls 6

75 3. COMPATIBLE DEVICES WRC-3160 works in conjunctions with the following Part Numbers: # Device Type Description PN 1 Dialog Room Controller Digital 4 Channel ON/OFF Room Controller w/ WRC-3160 Receptacle Control, BACnet 2 Dialog Room Controller Digital 2 Channel UL924 Emergency Lighting WUL-3924 UL924 / Relay Expansion Pack Controller / Relay Expansion Pack 3 Digital Occupancy Recessed Ceiling Standard Range w/ Time Delay WORSDG1-R-T Sensor Dial & Aux Relay, No Photo 4 Digital Occupancy Recessed Ceiling Extended Range w/ Time Delay WORXDG1-R-T Sensor Dial & Aux Relay, No Photo 5 Digital Vacancy Sensor Recessed Ceiling Standard Range w/ Time Delay WVRSDG1-R-T Dial & Aux Relay, No Photo 6 Digital Vacancy Sensor Recessed Ceiling Extended Range w/ Time Delay WVRXDG1-R-T Dial & Aux Relay, No Photo 7 Closed Loop Daylight Interior Closed Loop WPP-INT Sensor 8 1 Channel Dimmer & Digital Dimmer & Switch, 1 Channel WSD-3501 Switch 9 1 Button Switch Digital 1 Gang 1 Button Switch WSW Button Switch Digital 1 Gang 2 Button Switch WSW Button Switch Digital 1 Gang 3 Button Switch WSW Button Switch Digital 1 Gang 4 Button Switch WSW Button Switch Digital 1 Gang 8 Button Switch WSW-3518 Installation Guide WRC-3160 & WUL Douglas Lighting Controls 7

76 4. SPECIFICATIONS 4.1. Mounting 4.2. Power 4.3. Inputs: WRC-3160 is designed to be mounted to an electrical junction box. Integrated ½ threaded chase nipples allow for easy mounting to junction box. Please follow wiring schematics as shown in this Instruction Manual Line Voltage: 120/277/347Vac Frequency: 60Hz 24Vac Dialog Low Voltage Control 4.4. Output Power Supply: Low Voltage: 24Vac ±25% source. Frequency: 60Hz Current: 250mA 4.5. Contact Ratings 20A Suitable for General Purpose 120/277/347Vac 20A Suitable for Standard Ballasts & Tungsten 120/277Vac 15A Suitable for Standard Ballast 347Vac 16A Suitable for Electronic 120/277Vac 120/277Vac 4.6. Operation Environment 4.7. Storage temp: 4.8. Approvals: Indoors, stationary, non-vibrating, non-corrosive atmosphere and noncondensing humidity Ambient Operation Temperature: 32 F to 100 F (0 C to 38 C) Plenum Rated -14 to 140 F (-25 to 60 C) CAN/CSA Std. C22.2 No. 14 UL 508 UL1310 Standard UL2043 Plenum Rating ASHRAE Compliant California Energy Commission Title 24 Compliant NY Local Law 48 Compliant Installation Guide WRC-3160 & WUL Douglas Lighting Controls 8

77 5. DIMENSIONS [4.17 ] 106mm Installation Guide WRC-3160 & WUL Douglas Lighting Controls 9

78 6. INSTALLATION FEATURES Electrical rough-in can be done before devices arrive on-site (see installation examples below) Lightweight chassis allows for the device to be installed directly onto standard 4 x4 square metal junction boxes using existing knockouts. Distance between the ½ chase nipples on WRC-3160 and WUL3924 are spaced to fit into existing 4 x4 square metal junction box knockouts Chase nipples include locknuts WRC-3160 should be installed with either rigid metallic conduit (as shown below) or with flexible metallic conduit. Not intended for use with Rigid Non-Metallic Conduit. 7. INSTALLATION DIAGRAMS Basic 1.0 Installation Guide WRC-3160 & WUL Douglas Lighting Controls 10

79 Basic + Emergency 2.0 Basic + Receptacle 3.0 Installation Guide WRC-3160 & WUL Douglas Lighting Controls 11

80 Basic + Receptacle + Emergency 4.0 Emergency (Remote Installation) 5.0 Installation Guide WRC-3160 & WUL Douglas Lighting Controls 12

81 8. INSTALLATION 1. Install Dialog Room Controller chase nipples through a 1/2 knockout in standard 4 x4 square metal junction box 2. Attach and tighten locknut 3. If the installation requires the UL924 Relay Expansion Pack WUL-3924, (connected to WRC-3160 at factory), a second standard 4 x4 square metal junction box is needed (see installation examples 3.0 or 4.0 above) 4. Emergency Relay Expansion Pack can be remotely located (see installation example 5.0) 5. Install peripheral devices and run 18/2 data line back to Dialog Room Controller 9. WIRING AND START-UP CAUTION Risk of Electric Shock. More than one disconnect switch is required to de-energize the device before servicing. All Servicing should be performed by qualified service personnel. This unit has more than one power supply connection point. To reduce the risks of electric shock disconnect both the branch circuit breakers / fuses & emergency power supplies before servicing. Dialog Room Controller is a 24Vac data line source for use with the Dialog Dual Technology Occupancy Sensors, Daylight Sensors and Digital Wall Station Switches. All switches or loads required to be supported by the sensor must be included in the loading capacity of the Dialog Room Controller. Controller can support up to 100mA of peripheral devices. The Dialog Room Controller is equipped with #12AWG tined leads. Use appropriate sized wire-nuts to connect the wires to the incoming load terminations. When using field-installed conductors ensure a 60ºC minimum rating. Wire leads are color coded to match circuit labels. Follow circuit wiring information found on the inside of low voltage terminal door. 1. Connect power, load, and control wiring as shown on appropriate Kit Wiring Diagram 2. Power up system 3. Wait 15 seconds for system to start-up and run system checks Installation Guide WRC-3160 & WUL Douglas Lighting Controls 13

82 4. Check LED status light 5. When is Solid Green or Flashing Green, test relays with Blue relay test buttons to confirm intended load control a. If LED not Solid Green or Flashing Green, see LED Status Indicators (Section 9) 6. Installation & configuration complete! Wiring Information - Low Voltage Compartment Door Wiring Information Low Voltage Terminal Blocks Installation Guide WRC-3160 & WUL Douglas Lighting Controls 14

83 10. CENTRALIZED SYSTEM The Dialog Room Controller can be integrated into a centralized Dialog system for global scheduling and control. When using Dialog Room Controllers in a centralized system please be aware of the following: The Dialog centralized controller (WLC-3150) is programmed to recognise the Dialog Room Controller (WRC-3160) The Dialog Room Controller is factory addressed by setting the addressing DIP switches DIP Switch Addressing DIP Binary N/A N/A Addressing is done by moving DIP switches up. E.g. For address 10, DIP 2 (value=2) and DIP 4 (value=8) are in up position (2+8=10). The central controller (WLC-3150) is then programmed to control address 10. The WUL-3924 will take the next address when it is used with WRC BACNET BACnet Exposed Objects Description: 1 x Binary Input (enumerated) Binary Input 0 (Read; Write when Out Of Service) NAME: Demand Response Status 1 Possible values -> Active or Inactive. 1 x Binary Value (enumerated) Binary Value 0 (Read & Write) NAME: Demand Response Control 1 Possible values -> Active or Inactive. 4 x Analog Inputs (percent) Analog Input 0 to 3 (Read; Write when Out Of Service) NAME: Individual Dimming Status 01-1 to Individual Dimming Status 01-4 Possible values -> 0 to 100 %. 4 x Analog Values (percent) Analog Value 0 to 3 (Read & Write) NAME: Individual Dimming Control 01-1 to Individual Dimming Control 01-4 Possible values -> 0 to 100 %. 2 x Analog Inputs (luxes) Analog Input 4 and 5 (Read; Write when Out Of Service) NAME: Local Photo Sensor Status 1 and Local Photo Sensor Status 2 Possible values -> 0 to x Multi-State Inputs (uint) Multi-State Input 0 to 5 (Read; Write when Out Of Service) NAME: Individual Status 1 to Individual Status 6 Possible values -> 1 = OFF 2 = ON 3 = NA 6 x Multi-State Values (uint) Multi-State Value 0 to 5 (Read & Write) NAME: Individual Control 1 to Individual Control 6 Possible values -> 1 = OFF Installation Guide WRC-3160 & WUL Douglas Lighting Controls 15

84 2 = ON 3 = NA 29 x Multi-State Inputs (uint) Multi-State Input 6 to 34 (Read; Write when Out Of Service) NAME: Occupancy Sensor for group 100 to 128 Possible values -> 1 = UNOCCUPIED 2 = OCCUPIED 3 = NOT USED BACnet Protocol Implementation Conformance Statement Date: January 28th, 2015 Vendor Name: Douglas Lighting Controls Product Name: BACnet IP Dialog Single Room Controller Product Model Number: WRC-3160 Application Software Version: Firmware Revision: BACnet Protocol Revision: 10 Product Description: This product allows controlling the Dialog Room Controller outputs (4-6) and dimmers (4) and gets their status from a BACnet system network. It allows getting the status of photo-sensors and the occupancy sensors. BACnet Standardized Device Profile (Annex L): BACnet Application Specific Controller (B-ASC) BACnet Smart Sensor (B-SS) BACnet Smart Actuator (B-SA) BACnet Interoperability Building Blocks Supported (Annex K): K.1.2 BIBB Data Sharing Read Property-B (DS-RP-B) K.1.4 BIBB Data Sharing Read Property Multiple-B (DS-RPM-B) K.1.8 BIBB Data Sharing Write Property-B (DS-WP-B) K.1.10 BIBB Data Sharing Write Property Multiple-B (DS-WPM-B) K.5.2 BIBB Device Management Dynamic Device Binding-B (DM-DDB-B) K.5.4 BIBB Device Management Dynamic Object Binding-B (DM-DOB-B) K.5.6 BIBB Device Management Dynamic Communication Control-B (DM-DCC-B) K.5.16 BIBB Device Management Reinitialize Device-B (DM-RD-B) Segmentation Capability: None Installation Guide WRC-3160 & WUL Douglas Lighting Controls 16

85 Standard Object Types Supported: Device Object Dynamically Creatable: No Dynamically Deletable: No Supported Properties: All Required Optional Properties: Location Description Writable Properties: Object_Identifier Object_Name Binary Input Dynamically Creatable: No Dynamically Deletable: No Supported Properties: All Required Optional Properties: Description Inactive_Text Active_Text Writable Properties: Out_Of_Service Present_Value if Out_Of_Service = True Binary Value Dynamically Creatable: No Dynamically Deletable: No Supported Properties: All Required Optional Properties: Description Inactive_Text Active_Text Writable Properties: Out_Of_Service Present_Value Relinquish Default Analog Input Dynamically Creatable: No Dynamically Deletable: No Supported Properties: All Required Optional Properties: Description Reliability Writable Properties: Out_Of_Service Present_Value if Out_Of_Service = True Analog Value Dynamically Creatable: No Dynamically Deletable: No Supported Properties: All Required Optional Properties: Description Writable Properties: Out_Of_Service Installation Guide WRC-3160 & WUL Douglas Lighting Controls 17

86 Present_Value Relinquish Default Multi State Input Dynamically Creatable: No Dynamically Deletable: No Supported Properties: All Required Optional Properties: Description State Text Writable Properties: Out_Of_Service Present_Value if Out_Of_Service = True Multi State Value Dynamically Creatable: No Dynamically Deletable: No Supported Properties: All Required Optional Properties: Description State Text Writable Properties: Out_Of_Service Present_Value Relinquish Default For each standard Object Type supported the following apply: 1) Does not support CreateObject 2) Does not support DeleteObject 3) Does support optional properties 4) Additional writeable properties exist 5) No proprietary properties exist 6) Range restrictions exist Data Link Layer Options: BACnet/IP, 'DIX' Ethernet Device Address Binding: Not supported Character Sets Supported: Indicating support for multiple character sets does not imply that they can all be supported simultaneously. ANSI X3.4 IBM /Microsoft DBCS ISO ISO (UCS-2) ISO (UCS-4) JIS X LED STATUS INDICATOR The WRC-3160 has a locator and system status bi-color LED on the top surface. There are also 2 LEDs (Green and Orange) on the Ethernet connector. Installation Guide WRC-3160 & WUL Douglas Lighting Controls 18

87 Status LED Green Solid Green Blinking Green/Red - Blinking Red Solid Red Blinking Description Daylight Sensor address 0.1 is connected to provide 2 zone CLC Daylight Sensor address 0.1 and 0.2 are connected to provide 2 zone CLC Daylight Sensor is NOT connected Incorrect Wiring or a Short Dialog downstream is failing to drive the bus Ethernet LED Blinking Green Solid Green Blinking OFF Description Ethernet Initializing (during start-up for 30 seconds) Ethernet Initialized BACnet transmitting data Ethernet failed to initialized Installation Guide WRC-3160 & WUL Douglas Lighting Controls 19

88 13. KIT WIRING DIAGRAMS Kit#1 Installation Guide WRC-3160 & WUL Douglas Lighting Controls 20

89 Kit #2 Installation Guide WRC-3160 & WUL Douglas Lighting Controls 21

90 Kit #3 Installation Guide WRC-3160 & WUL Douglas Lighting Controls 22

91 Kit #4 Installation Guide WRC-3160 & WUL Douglas Lighting Controls 23

92 Kit #5 Installation Guide WRC-3160 & WUL Douglas Lighting Controls 24

93 Kit #6 Installation Guide WRC-3160 & WUL Douglas Lighting Controls 25

94 Kit #7 Installation Guide WRC-3160 & WUL Douglas Lighting Controls 26

95 Kit #8 Installation Guide WRC-3160 & WUL Douglas Lighting Controls 27

96 Kit #9 Installation Guide WRC-3160 & WUL Douglas Lighting Controls 28

97 Kit #10 Installation Guide WRC-3160 & WUL Douglas Lighting Controls 29

98 Kit #11 Installation Guide WRC-3160 & WUL Douglas Lighting Controls 30

99 Kit #12 Installation Guide WRC-3160 & WUL Douglas Lighting Controls 31

100 Kit #13 Installation Guide WRC-3160 & WUL Douglas Lighting Controls 32

101 Kit #14 Installation Guide WRC-3160 & WUL Douglas Lighting Controls 33

102 Kit #15 Installation Guide WRC-3160 & WUL Douglas Lighting Controls 34

103 EDITS Version Page Edits Changed WUL-3150 to WLC Added: The WUL-3924 will take the next address when it is used with WRC Added: BACNET - Section Corrected kit part numbers to 03-E from 30-E Installation Guide WRC-3160 & WUL Douglas Lighting Controls 35

104 Douglas Lighting Controls 4455 Juneau Street Burnaby, BC V5C 4C4 Canada Direct: Toll-Free: Website: Douglas Lighting Controls is a member of the Panasonic Group Installation Guide WRC-3160 & WUL Douglas Lighting Controls 36

105 Diversa Sensors

106 Sensor Guide ORDERING INFORMATION Sample Number: WOSSDU2-DPR-LV-W W - Type O Occupancy V Vacancy Form R Ceiling W Wall Mount S Wall Switch Lens S Standard Range X Extended Range B High Bay Technology D Dual Technology I PIR Power D Low Voltage G - Dialog U 120/277VAC 3 347VAC Poles 1 1 Pole 2 2 Pole Options R Aux. Relay Contacts P Photo Sensor PR Photo Sensor & Aux. Relay DP Dimming & Photo Sensor DPR Dimming, Photo Sensor & Aux. Relay N - None Colour (if req.) W White G Grey B Black I - Ivory Environment L Low Temp/High Humidity V Vandal Resistant N - Standard Notes: Not all options available. Please consult Douglas Lighting Controls for availability.

107 Specifications WOR SERIES Recessed Ceiling Sensors Part number Occupancy Vacancy Lens Single Technology PIR Dual Technology (PIR & ADI-Voice) 24Vac (low voltage) 120/277Vac 347Vac 1-pole 2-pole Dimming Photo Sensor Auxiliary Relay S X S X B S S S S X X S B X WORSID1-N-N WORXID1-N-N WORSID2-DPR-L WORXID2-DPR-L WORBID2-DPR-L WORSDD1-R-N WORSDD2-N-N WORSDD2-R-N WORSDD2-DPR-L WORXDD2-PR-N WORXDD2-DPR-L WORSIU2-P-N WORBIU2-P-N WORXIU2-P-N WORSDU1-P-N WORSDU2-P-N WORXDU2-P-L WORSI32-P-N WORXI32-P-N WORSD31-P-N WORSD32-P-N WORXD32-P-N WVRSDD1-R-N WVRSDD2-N-N WVRSDD2-R-N WVRXDD2-PR-N WVRXDD2-DPR-L S S X S X S S X S S S X X Additional Feature Low Temp Low Temp Low Temp Low Temp Low Temp Low Temp Low Temp LOW VOLTAGE Inputs: 24Vac, Class 2 Low Voltage Source, 60Hz Outputs: Diode Pulse, 0-10V Dimming, Auxiliary Relay Current Draw: 9.5 ma Standard, 14.0 ma with Auxiliary Relay LINE VOLTAGE Power: Contact Rating: Power Consumption: Certification: 120/277Vac or 347Vac, 60Hz 120Vac, 800W; 277Vac, 1200W; 347Vac, 1500W 5.7 ma Certified to applicable UL & CSA standards 6 WOW SERIES Corner Mount Sensors Part number Occupancy Vacancy Lens Single Technology PIR Dual Technology (PIR & ADI-Voice) 24Vac (low voltage) 120/277Vac 347Vac 1-pole 2-pole Dimming Photo Sensor Auxiliary Relay C C WOWCDD2-DPR-N WOWCDD2-R-N WOWLDD2-R-N LOW VOLTAGE Inputs: 24Vac, Class 2 Low Voltage Source, 60Hz Outputs: Diode Pulse, 0-10V Dimming, Auxiliary Relay Power Consumption: 9.5mA Standard, 14.0mA with Auxiliary Relay L WOW Series Lens Range and Coverage Patterns Corner & Large Area Lens 90 Top View o Side View 14 ft 0 ft LENS OPTIONS S = Standard X = Extended range B = High Bay C = Corner L = Large Area Top View Side View 14 ft 0 ft 130 o

108 WOS SERIES Wall Switch Sensors Part number Occupancy Vacancy Lens Single Technology PIR Dual Technology (PIR & ADI-Voice) 24Vac (low voltage) 120/277Vac 347Vac 1-pole 2-pole Dimming Photo Sensor Auxiliary Relay S S S S WOSSID1-P-VW WOSSID2-DP-VW WOSSID2-DP-VI WOSSID2-DP-VG WOSSDD2-P-VW WOSSDD2-DPR-VW WOSSIU1-N-VW S S S S S WOSSIU2-P-VW WVSSIU1-N-VW WVSSIU2-P-VW S S WOSSIU2-P-VG S S WOSSIU2-P-VI WVSSIU2-P-VG WVSSIU2-P-VI S S S S S S S WOSSDU1-P-VW WOSSDU2-P-VW WVSSDU1-P-VW WVSSDU2-P-VW WOSSI31-N-VW WOSSI32-P-VW WOSSI32-P-VI WOSSI32-P-VG WOSSD31-P-VW WOSSD32-P-VW WVSSD31-P-VW WVSSD32-P-VW S S S S S S Additional Feature White White Ivory Grey White White White White White White Grey Ivory Grey Ivory White White White White White White Ivory Grey White White White White LOW VOLTAGE LINE VOLTAGE Inputs: Outputs: Power Consumption: 24Vac, Class 2 Low Voltage Source, 60Hz Diode Pulse, 0-10V Dimming, Auxiliary Relay 9.5mA Standard, 14.0mA with Auxiliary Relay Power: Contact Rating: Power Consumption: Certification: 120/277Vac or 347Vac, 60Hz 120Vac, 800W; 277Vac, 1200W; 347Vac, 1500W 0.4 ma Certified to applicable UL & CSA standards WOR Series Lens Range and Coverage Patterns Standard Range Lens Top View Side View 14 ft 9 ft 7 ft 0 ft 7 ft WOS Series Lens Range and Coverage Patterns Top View 15 ft Side View 8 ft 7.5 ft 15 Extended Range Lens Top View 14 ft 27 ft 0 ft Side View 0 ft 7.5 ft ft ft 0 ft 9 ft 15 ft 0 ft 15 ft 14 ft High Bay Lens Top View 27 ft 0 ft Side View ft 40 ft 18 ft 0 ft 18 ft 40 ft 20 ft 10 ft 0 ft California TITLE 24 Compliant 7

109 Cut Sheet Occupancy Sensor, Ceiling 120/277Vac PART No. FEATURES SPECIFICATION WORSDU1-P-N Standard lens, DualTech, Power 1202/277Vac, 1-pole, photo 120/277Vac sensor 60Hz WORSDU2-P-N Standard lens, DualTech, WORXDU2-P-L 1202/277Vac, 2-pole, photo sensor Extended range lens, DualTech, Contact Ratings 120Vac - 800W 277Vac W 1202/277Vac, 2-pole, photo sensor, low temp. Power Consumption WORBIU2-P-N 5.7mA High-Bay lens, PIR only, 1202/277Vac, 2-pole, photo Approvals sensor Certified to UL 508, UL244A, CSA C22.2 #14 Features 102/277Vac line voltage, dual technology (PIR & ADI-Voice) Occupancy/Vacancy sensor Highly configurable through on-board switches and Infrared Setting Unit 360 coverage with tilting lens for directional sensing A self-adapting mode can be set to use both Passive Infrared (PIR) & Accurate Detection Intelligence (ADI) Voice technologies to automatically track occupancy tendencies for continuous maximizing of energy savings. Smart Sensing allows for an immediate return to occupied mode in the event of a false off being triggered. Operation Line voltage sensors draw control power directly from the lighting circuit they are intended to control. When in operation the sensor will detect initial motion using PIR; once motion is detected, the internal contact will close. ADI-Voice is then activated to work alongside PIR to maintain the occupied condition as long as people are within the sensing range. Environment Indoors, stationary, non-vibrating, noncorrosive atmosphere and noncondensing humidity Ambient Operation Temperature: 32 F to 104 F (0 C to 40 C) Storage Temperature: -14 F to 140 F (-25 C to 60 C) Low temp and high humidity option [-L] products: PCB conformal coated for resistance to damp environments and operation to -40 C/F. Indoor use only. DIMENSIONS & MOUNTING Unit attaches to mounting ring with screws or it can be mounted into an octagon box. Fits octagon box. Conduits must be attached at opposite ends of the box. Use a 2-1/8 or more, deep box. If the box is less, use the spacer ring Rev C

110 Details Occupancy Sensor Recessed Ceiling 120/277Vac Wiring Instructions The WOR Series Line Voltage sensors are equipped with #14 AWG leads. Use appropriate sized wire-nuts to connect the wires to the incoming load terminations. Electrical Connections WOR*DU1-*-* WOR*DU2-*-* Sensor Settings Programming - IR / Manual Setting Programming can be done either with the DIP switches and dials on-board the device or with the WIR-3110 setting unit. For more details and additional options please see the WIR-3110 Manual Detection (Dual or PIR Only) When in operation, the sensor will detect initial motion using Passive Infrared; once motion is detected the ADI-Voice is then is activated to work alongside the PIR to maintain occupancy. The ADI-Voice can be disabled on any dual tech sensors. Automatic Timeout By setting the timeout dial to maximum, the sensor will be put into automatic mode which will adjust the time out automatically to maximize energy savings and occupant comfort. Smart Sensing When vacancy occurs, sensitivity of the ADI-Voice technology transitions from maximum to zero over an adaptively determined time period, based on occupancy tendencies. During this period, ADI-Voice can turn the lights back on immediately, even with no line-of-sight to the sensor, assuring the best combination of user convenience and energy savings. Energy consumption due to false triggers is minimized by the automatic walk-through mode. This feature turns the lights off after 3 minutes if no occupancy detection occurs after the first 30 seconds after initial turn on. Photo Sensing (-P) When enabled, occupancy alone will not trigger the output state to on. If occupancy is detected AND there is a deficiency of natural light, the output is triggered on. An increase in natural light will not force the lights off but as the ambient light level drops the lights will turn on automatically. Multi-Level Photo Sensing (2-Pole w/ Photo Option) Photo sensing on a 2-pole sensor can be configured to either restrict both poles or the primary pole only; if set to Secondary Pole Only, the primary pole will trigger based on occupancy, regardless of the photo setting Rev C

111 Coverage Occupancy Sensor Recessed Ceiling 120/277Vac INSTALLATION Installing in Smaller Room (Standard Lens) Locate the sensor near the entrance door wall to prevent it from viewing out into the hallway. The lens can rotate, allowing the sensor to be pointed toward the area in front of the entrance door. Positioning the sensor in this manner ensures that an occupant moves across the longest detection beam upon entrance, utilizing the sensor's maximum PIR range. Standard Lens (S) Optimal usage is to detect small motions such as hand movements Designed for a mounting height of 7-15ft ADI-Voice can detect around corners that PIR cannot to maintain occupancy Typical Enclosed Office Extended Lens (X) Optimal usage is to detect large motions such as walking Designed for a mounting height of 7-15ft ADI-Voice can detect around corners that PIR cannot to maintain occupancy Installing in Larger Room (Extended Lens) Place the sensor near the center of the room ceiling. Locate it so the approximate distance of 27ft in and over (A & B) or in dead center of room. Tilt the lens to aim the detection zone to the bottom of the door. (C) Positioning the sensor in this manner ensures that the beam does not reach outside the room without reducing sensitivity. Hi - Bay Lens (B) Optimal usage is to detect large motions such as walking Designed for a mounting height of up to 40ft PIR Only Typical Classroom Rev C

112 Installation Occupancy Sensor Recessed Ceiling 120/277Vac INSTALLATION & WIRING DIRECTIONS Installation Mounting of the device requires a 2-1/8 deep or more, octagonal junction box. Install by recessing the device into the octagon box; lining up the mounting holes and securing it using the screws provided. If too shallow, use the spacer ring is provided. Wiring CAUTION TURN POWER OFF AT THE CIRCUIT BREAKER BEFORE WORKING WITH OR NEAR HIGH VOLTAGE The WOR Series Line Voltage sensors are equipped with #14 AWG stranded leads. Use appropriate sized wire-nuts to connect the wires to the incoming load terminations; for installation with field-installed conductors of 60ºC minimum rating. WOR*DU1-*-* WOR*DU2-*-* DIP Switches A bank of eight DIP switched and two rotating controls can be used to manually set up and configure the sensor. WOR P - DIP # Function On Off Default 1 Voice Detection Disabled Enabled OFF 2 Motion Detection High Normal OFF Sensitivity 3 Detection LED Disabled Enabled OFF 4 Auto or Manual ON Occupancy (Auto-On) Vacancy (Manual On) ON 5 Photocell Inhibit Disabled Enabled OFF 6* Photocell Control Inhibit Primary Pole Only Inhibit Both Poles OFF 7 Manual Override Disabled Enabled OFF Button 8 Settings Input IR Handheld (WIR-3110) Manual Dips/Dials ON *Available in 2-Pole models (-2) only Rev C

113 PART NO. WORSIU2-P-N Standard lens, PIR, 120/277Vac, 2-pole, photo sensor WORXIU2-P-N Extended range lens, PIR, 120/277Vac, 2-pole, photo sensor WORBIU2-P-N High -Bay lens, PIR, 120/277Vac, 2-pole, photo sensor Power Contact Ratings W Power Consumption Approvals FEATURES Environment Operation Manual Override Button DIP Switches Photo Level Dial Used to deter ON = Test Mode Test Mode LED Auto Time LED Time Delay Dial rt Ceiling tile 0.88 Wire Mounting (2 2 ) ring 2.0 (52) DIPs and Dials under cover plate 4.17 (106) 3 0 Tilt The WOR sensor ill t an octagon ox. It is ery portant that condits e attached at opposite ends o the ox. Conduit Octagon Box Wiring Instructions codes. Line Neutral Load Switch Black Black/White White Blue Blue/White Switch 1-pole Load Line Neutral Sensor Location Guidelines Sensor Location Guidelines for P models Installation Installing in Smaller Room (Standard Lens) Top Vie 1 t Typical Enclosed Office Side Vie 9 t 0 t Extended Lens for Larger Rooms 27ft 27ft C Typical Classroom Side Vie 9 t High Bay Lens for High Ceiling Applications 0 t Top Vie 7 t 0 t 7 t 1 t Top Vie 0 t Side Vie 0 t 27 t 1t 0t 1t 27 t 1t 0t 1t 0 t 20 t Use a 2 1/ or ore, deep ox. I the ox is less, se the spacer ring. 10 t 0t

114 General Programming Instructions Factory Defaults ***NOTE*** Diversa Occupancy Sensors with a P in the model number contain a Photo Sensor that is controlled by DIP 6. The factory default for Natural Daylight Mode = ENABLED (DIP 6 DOWN). This mode disables the Manual Override Button. To test sensor functionality, you may need to disable Natural Daylight Mode (DIP 6 UP) to test sensor functionality. Start ith the PIR Sensitiity at edi To set the light leel at hich yo ant t To enale Restroo ode, ensre that IP is UP. In this ode Pole 2 ill reain on 0% longer than Pole 1 Tie is set ith the Tie ial and Pole 2 cannot e Photo Inhiited DIP Switches & Dial Settings Se IP Sitches ontrol Optional Featres Not Fond on All Prodct DIP # Function UP DOWN Default 1 PIR E isaled Enled OWN 2 Wal-Throgh ode anal Oerride isaled Enled anal ON Ato O PIR Sensitiity High ed Natral aylight od isaled Enled 7 Restroo ode Factory DIP & Dial Settings Synchronid OWN OWN OWN OWN OWN DIP Switch Modes DIP 1 - PIR Detection LED DIP 2 - Walk-Through Mode DIP 3 - Manual Override DIP 4 - Sensor Mode Vacancy Mode Occupancy Mode DIP 5 - PIR Sensitivity DIP 6 - Natural Daylight Mode ( P models) DIP 7 - Not Used DIP 8 - Restroom Mode (2-pole models) Auto Time Mode Test Mode Troubleshooting BereTeirtee reiewtewitrtigide Issue Possible Cause Recomm Lights will not turn ON automatically Lights will not turn ON Manually Lights will not turn OFF automatically OFF. UP. green. UP. green Light Level Dial Time Delay Dial Photo Sensor P models only 10 Test Mode LED Lights will not turn OFF Manually o Hi TEST E E ON Ato Tie

115 Technical Data Line Voltage Wall Switch Occupancy Sensor PART No. FEATURES SPECIFICATION Features *Plate not included WOSSDU1-P-VW WOSSDU2-P-VW WVSSDU1-P-VW WVSSDU2-P-VW The Diversa occupancy sensors use PIR and ADI-Voice technologies to determine the presence of people and perform the control actions when occupancy (or vacancy) is detected. The WOS Series of sensors are designed replace a low voltage wall switch giving a 180 coverage pattern Wall Switch occupancy sensor provides 180 coverage to maximize the sensor area. The dual-tech sensor utilizes ADI-Voice Technology, which has advanced digital signal processing for accurate detection of human speech. Power 120/277 VAC 60 Hz Contact Ratings 120 VAC - 800W 277 VAC W Power Consumption 400 micro amps Approvals Certified to UL 508, UL244A, CSA C22.2 #14 Environment Indoors, stationary, non-vibrating, noncorrosive atmosphere and noncondensing humidity Ambient Operation Temperature: 32 F to 104 F (0 C to 40 C) Storage Temperature: -14 F to 140 F (-25 C to 60 C) A Self-adapting mode can be set to use both Passive Infrared (PIR) & Accurate Detection Intelligence (ADI) Voice technologies to automatically track occupancy tendencies for continuous maximizing of energy savings. Smart Sensing allows for an immediate return to occupied mode in the event of a false off being triggered. Can be programmed by on-board DIP switches and dials or an IR Setting Unit for added convenience, especially during commissioning. Operation Line voltage sensors draw control power directly from the lighting circuit they are intended to control. When in operation the sensor will detect initial motion using PIR; once motion is detected, the internal contact will close. ADI-Voice is then activated to work alongside PIR to maintain the occupied condition as long as people are within the sensing range. DIMENSIONS & MOUNTING Mount in a standard gang box. Occupancy Sensor Rev B

116 Details Line Voltage Wall Switch Occupancy Sensor Wiring Instructions The WOS Series Line Voltage sensors are equipped with #14 AWG leads. Use appropriate sized wire-nuts to connect the wires to the incoming load terminations. Electrical Connections W*SSDU1-*-* W*SSDU2-*-* Sensor Settings Programming - IR / Manual Setting Programming can be done either with the DIP switches and dials on-board the device or with the WIR-3110 setting unit. For more details and additional options, please see the WIR-3110 Manual. Detection (Dual or PIR Only) When in operation, the sensor will detect initial motion using Passive Infrared; once motion is detected the ADI-Voice is then is activated to work alongside the PIR to maintain occupancy. The ADI-Voice can be disabled on any dual tech sensors. Automatic Timeout By setting the timeout dial to maximum, the sensor will be put into automatic mode which will adjust the time out automatically to maximize energy savings and occupant comfort. Smart Sensing When vacancy occurs, sensitivity of the ADI-Voice technology transitions from maximum to zero over an adaptively determined time period, based on occupancy tendencies. During this period, ADI-Voice can turn the lights back on immediately, even with no line-of-sight to the sensor, assuring the best combination of user convenience and energy savings. Energy consumption due to false triggers is minimized by the automatic walk-through mode. This feature turns the lights off after 3 minutes if no occupancy detection occurs after the first 30 seconds after initial turn on. Photo Sensing (-P) When enabled, occupancy alone will not trigger the output state to on. If occupancy is detected AND there is a deficiency of natural light, the output is triggered on. An increase in natural light will not force the lights off but as the ambient light level drops the lights will turn on automatically. Multi-Level Photo Sensing (2-Pole w/ Photo Option) Photo sensing on a 2-pole sensor can be configured to either restrict both poles or the secondary pole only; if set to Secondary Pole Only, the primary pole will trigger based on occupancy, regardless of the photo setting. Occupancy Sensor Rev B

117 Coverage Line Voltage Wall Switch Occupancy Sensor INSTALLATION Mount the WOS Series sensor on the wall about 4' above floor level near the midline of the room so its PIR detection zones cover the room area and any obstructions are within range of the ADI-Voice detector. There should be no obstructions between the sensor and the room entrance. This ensures that the sensor's PIR lens will be activated when a person enters the room, which will subsequently trigger the ADI-Voice. Installing in Offices Sensor effective in obstructed spaces. Voice sound re-activation prevents lights out condition. Standard Lens Optimal usage is to detect small motions such as hand movements Designed for a mounting height of up to 4ft ADI-Voice can detect around corners that PIR cannot to maintain occupancy. Top View 15 ft 7.5 ft 0 ft Typical Office 7.5 ft Installing in Washrooms Sensor effective in partitioned spaces. Voice sound re-activation prevents lights out condition. 15 ft Side View 4 ft 0 ft 0 15 Typical Washroom Occupancy Sensor Rev B

118 Installation Line Voltage Wall Switch Occupancy Sensor INSTALLATION & WIRING DIRECTIONS Installation Mounting of the device requires a standard gang box. Install by recessing the device into the standard gang box; lining up the mounting holes and securing it using the screws provided. Wiring CAUTION TURN POWER OFF AT THE CIRCUIT BREAKER BEFORE WORKING WITH OR NEAR HIGH VOLTAGE The WOS Series Line Voltage sensors are equipped with #14 AWG stranded leads. Use appropriate sized wirenuts to connect the wires to the incoming load terminations; for installation with field-installed conductors of 60ºC minimum rating. W*SSDU1-*-* W*SSDU2-*-* DIP Switches A bank of eight DIP switches and two rotating controls can be used to manually setup and configure the sensor. WOS P - DIP # Function On Off Default 1 Voice Detection Disabled Enabled OFF 2 Motion Detection High Normal OFF Sensitivity 3 Detection LED Disabled Enabled OFF 4 Auto or Manual ON Occupancy (Auto-On) Vacancy (Manual On) ON 5 Photocell Inhibit Disabled Enabled OFF 6* Photocell Control Inhibit Primary Pole Only Inhibit Both Poles OFF 7 Manual Override Button Disabled Enabled OFF 8 Settings Input IR Handheld (WR-3110) Manual Dips/Dials ON *Available in 2-Pole models (-2) only Occupancy Sensor Rev B

119 Override Button Lo H i 5 1 Test Product Details Occupancy/Vacancy Line Voltage Passive Infrared Sensor Passive (PIR) Occupancy Infrared (PIR) / Vacancy 120/277Vac Sensor C *Plate not included PART NO. WOSSIU1-N-VW PIR, 120/277Vac, 1-pole, white WOSSIU2-P-VW PIR, 120/277Vac, 2-pole, photo, white WOSSIU2-P-VG PIR, 120/277Vac, 2-pole, photo, grey WOSSIU2-P-VI PIR, 120/277Vac, 2-pole, photo, ivory WVSSIU1-N-VW vacancy, PIR, 120/277Vac, 1-pole, white WVSSIU2-P-VW vacancy, PIR, 120/277Vac, 2-pole, photo, white WVSSIU2-P-VG vacancy, PIR, 120/27Vac, 2-pole, photo, grey WVSSIU2-P-VI vacancy, PIR, 120/277Vac,2-pole, photo, ivory FEATURES ured for ease of use out-of-the-box maximum energy savings and automated control of lighting loads Diversa sensor to a unique space quick and easy Ratings are ideal for Offices, Schools, and Retail Applications Features Operation When in operation the sensor will detect initial motion using PIR; once motion is detected, the internal contact will close. Motion through PIR is used to maintain the occupied condition as long as occupants remain within coverage range of Sensor. Time Delay Dial Ranges from 30s to 30 min. Full turn Clockwise for Auto Time Full turn Counterclockwise for test mode Wiring Diagrams connect the wires to the incoming load terminations. circuit breaker is used as the main switch for a fluorescent lighting circuit, the circuit breaker should be marked SWD. codes. Hot Neutral Hot Neutral Ground (required) Ground (required) Load Load Blk Blk/Wht Grn Blk Blk/Wht Grn Blu Blu/Wht 1 pole No Neutral 2 pole No Neutral Load } Hot Use this pole for switching a Bathroom Mode Neutral Sensor Modes PIR Detection Mode When in operation, the sensor will detect initial motion using Passive Infrared; once motion is detected PIR is used to maintain occupancy. Sensitivity of the PIR can be tuned using the onboard Dip Switches. Test Mode A short Time Delay Mode can be used during the commissioning phase of an installation to determine if the sensor is working as intended and allow adjustments to be made. Automatic Timeout Mode By setting the timeout dial to maximum, the sensor will be put into automatic mode which will adjust the time out Walk Through Mode can be disabled using the onboard Dip Switches. Natural Daylight Mode ( -P- Optional Feature) When equipped and enabled, occupancy alone will not trigger the sensor to turn the lights on. If occupancy is force the lights off but as the ambient light level drops the lights will turn on automatically. The light level that Dim Mode ( -DP-, -DPR Optional Feature) the light level to control a set point based on the level of natural light detected by the Photo cell. Bathroom Mode (2-Pole Only) DIP Switches Light Level Dial Used to determine light level for Photo Functions On-board button for override and testing Test Mode Auto 3-Way Switching Hot Blk Blk Blk/Wht Blk/Wht 1 pole No Neutral Installation & Installer Adjustments Sensor Location Guidelines (In this Order of Precedence) To enhance the performance of your Diversa Occupancy Sensors, please review the following installation guidelines carefully. Following these guidelines as closely as possible will improve the closed loop operation of Grn Load Grn SPECIFICATION Power DIMENSIONS & MOUNTING Hot Neutral Ground (required) Blu Blu/Wht Load Blk Blk/Wht Neutral Hot Blk Blk/Wht Blu Blu/Wht Ground (required) 2 pole No Neutral Load Hot Neutral 4 (101) 2.56 (65) 1.25 (32) 1.62 (41) 3.25 (83) 3.81 (97) 1.18 (30) 1.69 (43) 2.65 (68) Ground (required) Grn Load Neutral Blk Blk/Wht Hot 3-Way Switch Grn Ground (required) 1 pole No Neutral The room dynamics will change when people and furniture are actually occupying the space, some sensors may Ground (required) Grn Neutral Load Diversa by Douglas Lighting Controls Passive Infrared (PIR) Occupancy / Vacancy Sensor Product Details

120 Product Details Occupancy/Vacancy Line Voltage Passive Infrared Sensor Passive (PIR) Occupancy Infrared (PIR) / Vacancy 120/277Vac Sensor C General Programming Instructions This covers programming of functionality enabled by the onboard Dip and Dial settings. Please record the factory defaults prior to making changes to enable you to go back to a known working condition ***PLEASE NOTE*** Diversa Occupancy Sensors with a P in the Model Number contain a Photo Sen sor. Factory default is set to Photo I nhibit when sufficient daylight is detected. This will ov erride the Button on the Sensor and you may need to override this function in order to confirm functionality. See Dip Switch and Dial Settings for adjustments Start with the PIR Sensitivity at Medium To set the light level at which you want to inhibit the sensor from turning on, put Dip 6 in Down position To enable Bathroom Mode, ensure that Dip is Up. In this mode Pole 2 will remain on 50% longer than Pole 1 Time is set with the Time Dial and Pole 2 cannot be Photo Inhibited Coverage Installing in Offices PIR Requires ine of Sight Typical Office Installing in Washrooms PIR Requires ine of Sight Connect ight oad to Pole Connect Fan oad to Pole Typical Washroom Troubleshooting Before calling Technical Support, please review the following Troubleshooting Guide. Issue Possible Cause Recommons Lights will not turn ON automatically Sensor is set to Manual On Mode. Sensor was turned off manually before the Time Delay expired; therefore, will remain off for the remainder of the Time Delay. Test by pushing button. If in Manual On Mode, the lights will turn on if activated by the push button. Check the sensor will not turn the lights on. If the lights are desired to be on a the light levels in the room, make the following adjustment. Place Dip 6 in the Down Position is pressed. If this action is not desired, the Sensor can be set so that the button is deactived. Check position of Dip 3. DIP Switches & Dial Settings Some Dip Switches C ontrol Option Features Not Found on All Product Dip # Function UP Down Default 1 Detection ED Disabled Enabled Down 2 3 Walk Through Mode Manual Override Button Enabled Disabled Disabled Enabled Down Down Standard Lens Optimal usage is to detect small motions such as hand movements Designed for a mounting height of up to t Top View Side View 15 ft Lights will not turn ON Manually Power has been interrupted or wiring connection is intermittent. Check the wiring diagram. Ground must be connected. motion by waving your hand in front of lens. Check position of Dip 1. the sensor will not turn the lights on. If the lights are desired to be on a the light levels in the room, make the following adjustment. Place Dip 6 in the Down Position is pressed. Auto or Manual On Vacancy Manual On Occupancy Auto On 5 PIR Sensitivity High Sensitivity Medium Sensitivity 6 Natural Daylight Mode Disabled Enabled Down Down Down 7.5 ft 0 ft Power has been interrupted or wiring connection is intermittent. Check the wiring diagram. Ground must be connected. motion by waving your hand in front of lens. Check position of Dip 1. 7 ight evel Mode ight evel Dial Sets Photo Setpoint ight evel Dial Sets Dimming ight evel to be Maintained Down 7.5 ft 15 ft 0 ft Lights will not turn OFF automatically Sensor is In Auto Mode. If the Sensor is in AUTO Mode it may take longer than expected to turn lights off. Set the Time Delay to 5 minutes and leave space to determine if the Sensor is functioning. The maximum Time Delay is 30 minutes. Bathroom Mode* Pole 2 ags Pole 1 by 50% Time Pole 1 & Pole 2 Synchronid Down Sensor is being activated by a heat source other than occupant. Sensor may be detecting heat from Air Handling registers or other heat sources. Check Installation Guidelines and move if necessary. Reduce PIR sensitivity. Check position of Dip 5. Factory Dip Switch Settings Factory Dial Settings Lights will not turn OFF Manually Sensor button has been disabled. Sensor button can be disabled thereby relying on the PIR not detecting motion and the Time Delay has to expire. Check position of Dip 1 and Time Delay settings. UP Down Light Level Dial Time Delay Dial Factory Programming Time Delay Natural Daylight Light Level 10 Minutes 50% (200 Lux) o Hi TEST =ED ED ON Auto Time Diversa by Douglas Lighting Controls Passive Infrared (PIR) Occupancy / Vacancy Sensor Product Details

121 PART NO. WORSID1-N-N standard lens, PIR, 24Vac, 1-pole WORXID1-N-N extended lens, PIR, 24Vac, 1-pole WORSID2-DPR-L standard lens, PIR, 24Vac, 2-pole, dimming, photo, relay, low temp. WORXID2-DPR-L extended lens, PIR, 24Vac, 2-pole, dimming, photo, relay, low temp. WORBID2-DPR-L high-bay lens, PIR, 24Vac, 2-pole, dimming, photo, relay, low temp. FEATURES Standard, Extended, High-Bay Lens Dimming, Photo Sensor, Isolated Relay Operation Sensor Location Guidelines windows Sensor Location Guidelines for P models Power ± Outputs Power Consumption Approvals Environment octogan box. Ceiling tile 0.88 Wire Mounting (2 2 ) ring 2.0 (52) DIPs and Dials under cover plate 4.17 (106) 3 0 Tilt The WOR sensor will t an octagon box. It is ery important that condits be attached at opposite ends o the box. Conduit Octagon Box Light Level Dial Used to determine light Wiring Instructions The WOR Series Low Voltage sensors are eipped with #22AWG Leads. Use appropriate sized wir connect the wires to the incoming load terminations. Wiring to a Power Pack White Orange Manual Override Button Sensor Link White Red Orange Sw DIP Switches ON = Test Mode Sw Override / Multi-Level Switching White Red Time Delay Dial rtime White 0-10V Dimming Red Return 24Vac Orange Primary Output Pole Yellow Sensor Link NO Secondary Output Pole Test Mode LED Auto Time LED WP-PP20-D Installation Standard Lens (S) Top View 14 t Typical Enclosed Office Side View 9 t t Extended Lens for Larger Rooms (X) 27ft 27ft C Typical Classroom Side View 9 t High Bay Lens for High Ceiling Applications (B) t Top View 7 t t 7 t 14 t Top View 4t Side View 4t 2t 1t 27 t 14 t t 14 t 27 t 18 t t 18 t 4t Use a 2 18 or more, deep box. I the box is less, se the spacer ring. t

122 General Programming Instructions Factory Defaults ***NOTE*** Diversa Occupancy Sensors with a P in the model number contain a Photo Sensor that is controlled by DIP 6. The factory default for Natural Daylight Mode = ENABLED (DIP 6 DOWN). This mode disables the Manual Override Button. To test sensor functionality, you may need to disable Natural Daylight Mode (DIP 6 UP) to test sensor functionality. Start with the PIR Sensitiity at edi To set the light leel at which yo want t To enable Restroom ode, ensre that DIP 8 is UP. In this mode Pole 2 will remain on % longer than Pole 1 time is set with the Time Dial and Pole 2 cannot be Photo Inhibited DIP Switches & Dial Settings Some DIP Switches ontrol Optional Featres Not Fond on All Prodcts DIP # Function UP DOWN Default 1 PIR LED Disabled Enabled DOWN 2 Wal-Throgh ode Enabled Disabled anal Oerride Disabled Enabled 4 anal ON Ato O PIR Sensitiity High ed 7 8 Natral Daylight od Restroom ode Disabled Sets Photo Sensor Offset Enabled Synchronized DOWN DOWN DOWN DOWN DOWN DOWN DOWN DIP Switch Modes DIP 1 - PIR Detection LED DIP 2 - Walk-Through Mode DIP 3 - Manual Override DIP 4 - Sensor Mode Vacancy Mode Occupancy Mode DIP 5 - PIR Sensitivity DIP 6 - Natural Daylight Mode ( P models) DIP 7 - Light Level Mode ( DP models) DIP 8 - Restroom Mode (2-pole models) Auto Time Mode Test Mode Troubleshooting B Issue Possible Cause Recomm Lights will not turn ON automatically Lights will not turn ON Manually Lights will not turn OFF automatically OFF. connection is intermittent. connection is intermittent. UP. green. UP. green. Factory DIP & Dial Settings Light Level Dial Time Delay Dial Photo Sensor P models only 1 Test Mode LED Lights will not turn OFF Manually 2 1 Lo Hi TEST =LED ON Ato Time

123 Technical Data Douglas Retrofit Ceiling Occupancy Sensor PART No. FEATURES SPECIFICATION Features WORSDD1-N-N WORXDD1-N-N The Diversa occupancy sensors use PIR and ADI-Voice technologies to determine the presence of people and perform the control actions when occupancy (or vacancy) is detected. The WOR Series of sensors are designed to mount recessed on a ceilings giving a 360 coverage pattern. The low voltage edition of this sensor gives the capability of operating and controlling the WP- PP20-D Power Pack and/or diode pulse relays. Recessed ceiling mounted occupancy sensor provides 360 coverage using an adjustable swivel head to optimize the sensor area. The dual-tech sensor utilizes ADI-Voice Technology, which has advanced digital signal processing for accurate detection of human speech. Inputs 24 VAC 25% Class 2 Low Voltage Source 60 Hz Use #18AWG wire Outputs Diode Pulse: Each output is capable of driving one Diode Pulse relay. Power consumption 9.5 ma Standard Approvals FCC Environment Indoors, stationary, non-vibrating, noncorrosive atmosphere and noncondensing humidity Ambient Operating Temperature: 14 F to 140 F (-10 C to 60 C) Storage Temperature: -14 F to 140 F (-25 C to 60 C) A Self-adapting mode can be set to use both Passive Infrared (PIR) & Accurate Detection Intelligence (ADI) Voice technologies to automatically track occupancy tendencies for continuous maximizing of energy savings. Smart Sensing allows for an immediate return to occupied mode in the event of a false off being triggered. Can be programmed by on-board DIP switches and dials or an IR Setting Unit for added convenience, especially during commissioning. Operation Low voltage sensors are powered by 24VAC from either the WP-PP20-D Power Pack or a 24VAC transformer. When in operation, the sensor will detect initial motion using PIR; once motion is detected the internal contact will close. The ADI-Voice is then activated to work alongside the PIR to detect occupancy. DIMENSIONS & MOUNTING Unit attaches to mounting ring with screws or it can be mounted into an octagon box. The WOR sensor will fit an octagon box. It is very important that conduits be attached at opposite ends of the box. Occupancy Sensor Use a 2-1/8 or more, deep box. If the box is less, use the spacer ring Rev B

124 Details Douglas Retrofit Ceiling Occupancy Sensor Wiring Instructions The WOR Series Trickle Current sensors are equipped with #22 AWG leads. Use appropriate sized wire-nuts to connect the wires to the incoming load terminations. Electrical Connections Sensor Settings Programming - IR / Manual Setting Programming can be done either with the DIP switches and dials onboard the device or with the WIR-3110 Setting Unit. For more details and additional options please see the WIR-3110 Manual Detection (Dual or PIR Only) When in operation, the sensor will detect initial motion using Passive Infrared; once motion is detected the ADI-Voice is then is activated to work alongside the PIR to maintain occupancy. The ADI-Voice can be disabled on any dual tech sensors. Vacancy Sensor The low voltage sensor can be selected as a vacancy (Off only) sensor. This provides additional energy savings by forcing the user to turn the lights on manually. The low voltage sensor has a built-in override input; allowing for the sensor to be operated as a vacancy sensor. For two pole sensors, it provides multi-level control capability. Smart Sensing When vacancy occurs, sensitivity of the ADI-Voice technology transitions from maximum to zero over an adaptively determined time period, based on occupancy tendencies. During this period, ADI-Voice can turn the lights back on immediately, even with no line-of-sight to the sensor, assuring the best combination of user convenience and energy savings. Energy consumption due to false triggers is minimized by the automatic walk-through mode. This feature turns the lights off after 3 minutes if no occupancy detection occurs after the first 30 seconds after initial turn on. Automatic Timeout By setting the timeout dial to maximum, the sensor will be put into automatic mode which will adjust the time out automatically to maximize energy savings and occupant comfort. Occupancy Sensor Rev B

125 Coverage Douglas Retrofit Ceiling Occupancy Sensor INSTALLATION Installing in Smaller Room (Standard Lens) Locate the sensor near the entrance door wall to prevent it from viewing out into the hallway. The lens can rotate, allowing the sensor to be pointed toward the area in front of the entrance door. Positioning the sensor in this manner ensures that an occupant moves across the longest detection beam upon entrance, utilizing the sensor's maximum PIR range. Standard Lens (S) Optimal usage is to detect small motions such as hand movements Designed for a mounting height of 7-15ft ADI-Voice can detect around corners that PIR cannot to maintain occupancy Typical Enclosed Office Extended Lens (X) Optimal usage is to detect large motions such as walking Designed for a mounting height of 7-15ft ADI-Voice can detect around corners that PIR cannot to maintain occupancy Installing in Larger Room (Extended Lens) Place the sensor near the center of the room ceiling. Locate it so the approximate distance of 27ft in and over (A & B) or in dead center of room. Tilt the lens to aim the detection zone to the bottom of the door. (C) Positioning the sensor in this manner ensures that the beam does not reach outside the room without reducing sensitivity. Typical Classroom * Application and Performance Specification Information Subject to Change without Notification Occupancy Sensor Rev B

126 Installation Douglas Retrofit Ceiling Occupancy Sensor INSTALLATION & WIRING DIRECTIONS Installation Mounting of the device requires a 2-1/8 deep or more, octagonal junction box. Install by recessing the device into the octagon box; lining up the mounting holes and securing it using the screws provided. If too shallow, use the spacer ring is provided. Wiring The WOR Series Retrofit sensors are equipped with plug-in harness for easy installation. This harness has #20 AWG leads. Use appropriate sized wire-nuts to connect the wires to the incoming load terminations. White Blue Red Red/White Orange Yellow/Black Yellow Yellow/White Violet (+) Grey (-) 24VAC DO NOT USE Primary Output Pole Not Used Not Used Not Used Not Used Not Used Not Used Not Used DIP Switches A bank of eight DIP switches and two rotating controls can be used to manually setup and configure the sensor. WOR*DD1-N-N DIP # Function On Off Default 1 Voice Detection Disabled Enabled OFF 2 Motion Detection Sensitivity High Normal OFF 3 Detection LED Disabled Enabled OFF 4 Auto or Manual ON Occupancy (Auto-ON) Vacancy (Manual ON) ON 5 Not Used N/A N/A OFF 6 Not Used N/A N/A OFF 7 Manual Override Button Disabled Enabled OFF 8 Settings Input IR Handheld (WIR-3110) Manual Dips/Dials ON Occupancy Sensor Rev B

127 Diversa Application Note DVA 001: Trickle Current Sensors (WOSSDD1 P N VW & WOR_DD1 N N) There have now a release of Trickle current ONLY sensors. WOSSDD1 P VW WORSDD1 N N WORXDD1 N N Application: These sensors are ideal for retrofit situations where there is existing 2 Wire Low Voltage wiring, i.e. WR 8501 replacements or ceiling sensor add on. When used for new construction the intent is small rooms where the room only requires a single circuit and a single sensor. Restrictions: These sensors can only be used for a 2 Wire operation when run a single relay. When wired to a power pack 3 wires are used and NO switch can be used in parallel. Inputs on interface have NOT been tested or approved for usage. Please wire according to the diagrams below. All other configurations, features and wires do not work or may cause unpredictable behavior. October 3, DVA 001.1

128 Technical Data Occupancy Sensor, Ceiling, DualTech, 24Vac/Low Voltage PART No. FEATURES SPECIFICATION WORSDD1-R-N WORSDD2-N-N WORSDD2-R-N WORSDD2-DPR-L WORXDD2-PR-N WORXDD2-DPR-L Standard lens, DualTech, 24V, 1- pole, aux. relay Standard lens, DualTech, 24V, 2- pole Standard lens, DualTech, 24V, 2- pole, aux. relay Standard lens, DualTech, 24V, 2- pole, dimming, photo sensor, aux. relay, low temp Extended lens, DualTech, 24V, 2- pole, photo sensor, aux. relay Extended lens, DualTech, 24V, 2- pole, dimming, photo sensor, aux. relay, low temp Inputs 24Vac 25% 60Hz Class 2 Low Voltage Source #18AWG Outputs Diode Pulse: Each output is capable of driving up to four Diode Pulse relays. 0-10V Dimming: Use to control up to 50 Ballasts. Connections are polarity sensitive. LED drivers can connect up to 25mA Aux Relay: SPDT Form-C contact rated for 1A at 30VDC Features Dual technology (PIR & ADI-Voice) Occupancy/Vacancy sensor Highly configurable through on-board switches and Infrared Setting Unit 360 coverage with tilting lens for directional sensing A self-adapting mode can be set to use both Passive Infrared (PIR) & Accurate Detection Intelligence (ADI) Voice technologies to automatically track occupancy tendencies for continuous maximizing of energy savings. Smart Sensing allows for an immediate return to occupied mode in the event of a false off being triggered. The photo sensor option provides 0-10Vdc dimming ballast/led* drivers output for Daylight Harvesting (*LED drivers up to 25mA) Power Pack relay control through diode pulse technology Operation Low voltage sensors are powered by 24VAC from either the WP-PP20-D Power Pack or a 24VAC transformer. When in operation, the sensor will detect initial motion using PIR; once motion is detected the internal contact will close. The ADI-Voice is then activated to work alongside the PIR to detect occupancy. Power consumption 9.5 ma Standard 14.0 ma with Auxiliary Relay Approvals FCC Environment Indoors, stationary, non-vibrating, non-corrosive atmosphere and noncondensing humidity Ambient Operating Temperature: 14 F to 140 F (-10 C to 60 C) Storage Temperature: -14 F to 140 F (-25 C to 60 C) Low temp and high humidity option (L) products: PCB conformal coated for resistance to damp environments and operation to -40 C/F Diversa recessed ceiling sensors fit into a 4 octagon box with a depth of 2-1/8 (for shallower boxes use the included mounting ring). For network wiring, connecting conduit on opposite sides of the octagon box C

129 Technical Data Occupancy Sensor DT Recessed Ceiling 24Vac Wiring Instructions The WOR Series Low Voltage sensors are equipped with #22 AWG leads. Use appropriate sized wire-nuts to connect the wires to the incoming load terminations. Electrical Connections Sensor Settings Programming - IR / Manual Setting Programming can be done either with the DIP switches and dials onboard the device or with the WIR-3110 setting unit. For more details and additional options please see the WIR-3110 Manual Detection (Dual or PIR Only) When in operation, the sensor will detect initial motion using Passive Infrared; once motion is detected the ADI-Voice is then is activated to work alongside the PIR to maintain occupancy. The ADI-Voice can be disabled on any dual tech sensors. Automatic Timeout By setting the timeout dial to maximum, the sensor will be put into automatic mode which will adjust the time out automatically to maximize energy savings and occupant comfort. Smart Sensing When vacancy occurs, sensitivity of the ADI-Voice technology transitions from maximum to zero over an adaptively determined time period, based on occupancy tendencies. During this period, ADI-Voice can turn the lights back on immediately, even with no line-of-sight to the sensor, assuring the best combination of user convenience and energy savings. Energy consumption due to false triggers is minimized by the automatic walk-through mode. This feature turns the lights off after 3 minutes if no occupancy detection occurs in the first 30 seconds after initial turn on. Vacancy Sensor The low voltage sensor can be selected as a vacancy (Off only) sensor. This provides additional energy savings by forcing the user to turn the lights on manually. The low voltage sensor has a built-in override input; allowing for the sensor to be operated as a vacancy sensor. For two pole sensors, it provides multi-level control capability. Photo Sensing (-P) When enabled, occupancy alone will not trigger the output state to on. If occupancy is detected AND there is a deficiency of natural light, the output is triggered on. This feature will also limit the manual switching, ensuring the lights are not turned on if adequate light is present. Daylight Harvest Dimming (0-10V Output) (-D) The 0-10V output can operate up to 50 ballasts/25ma of LED Drivers. This output can be used for either a fixed tuned lighting level or in a full range daylight harvesting mode. When set to a fixed dim level, the dial can be used to raise or lower the light level. When set for photo dimming the dial is used to select the maintained light level. Multi-Level Switching (2-Pole w/o Photo Sensing option) A switch on the sensor link can be used to either trigger both poles simultaneously or step through a multi-level sequence as described in the manual. Multi-Level Photo Sensing (2-Pole w/ Photo Option) Photo sensing on a 2-pole sensor can be configured to either restrict both poles or the secondary pole only; if set to Secondary Pole Only, the primary pole will trigger based on occupancy, regardless of the photo setting. This feature will also limit the manual switching. Please see the manual for sequences. Sensor Link The low voltage sensor is equipped with a connection which facilitates communication between sensors. The sensor link (orange wire) allows multiple sensors to coordinate their signals and act together as a cohesive zone. This connection provides additional control functions as described below. Diode Pulse: When a diode switch is connected to the sensor link it provides manual control. This can be used to toggle the lights ON/OFF. For two pole sensors, it can provide multi-level sequencing. Maintained AC: If a maintained AC signal is applied to the sensor link, the sensors will be in an override mode. By default the sensor will turn the lights ON when disabled by this override. This is settable via the IR setting unit C

130 Installation Occupancy Sensor DT Recessed Ceiling 24Vac Installing in Smaller Room (Standard Lens - S) Locate the sensor near the entrance door wall to prevent it from viewing out into the hallway. The lens can rotate, allowing the sensor to be pointed toward the area in front of the entrance door. Positioning the sensor in this manner ensures that an occupant moves across the longest detection beam upon entrance, utilizing the sensor's maximum PIR range. Optimal usage is to detect small motions such as hand movements Designed for a mounting height of 7-15ft ADI-Voice can detect around corners that PIR cannot to maintain occupancy Typical Enclosed Office Installing in Larger Room (Extended Lens - X) Place the sensor near the center of the room ceiling. Locate it so the approximate distance of 27ft in and over (A & B) or in dead center of room. Tilt the lens to aim the detection zone to the bottom of the door. (C) Positioning the sensor in this manner ensures that the beam does not reach outside the room without reducing sensitivity. Optimal usage is to detect large motions such as walking Designed for a mounting height of 7-15ft ADI-Voice can detect around corners that PIR cannot to maintain occupancy Typical Classroom Installing in High Ceiling Room (High bay Lens B) For 15 to 40 foot ceilings Position sensor based on ceiling height, beam pattern and coverage requirements C

131 Installation Occupancy Sensor DT Recessed Ceiling 24Vac INSTALLATION & WIRING DIRECTIONS Installation Mounting of the device requires a 2-1/8 deep or more, octagonal junction box. Install by recessing the device into the octagon box; lining up the mounting holes and securing it using the screws provided. If too shallow, use the spacer ring is provided. Wiring The WOR Series Low Voltage sensors are equipped with plug-in harness for easy installation. This harness has #20 AWG leads. Use appropriate sized wire-nuts to connect the wires to the incoming load terminations. White 24VAC Blue Return Red Primary Output Pole Red/White Secondary Output Pole Orange Sensor Link Yellow/Black NO Yellow COM Aux Relay Yellow/White NC Violet (+) 0-10V Dimming Grey (-) 0-10V Dimming DIP Switches A bank of eight DIP switches and two rotating controls can be used to manually setup and configure the sensor. WOR N - WOR P - DIP On Position Off Position DIP On Position Off Position (Default) (Default) 8 IR Settings Manual Settings 8 IR Settings Manual Settings 7 Button Disabled Button Enabled 7 Button Disabled Button Enabled 6* Multi-Level (ML) All ON / OFF 6* Multi level: 10> 1P> 00 All Photo (P) / OFF 5* ML: 10> 11> 00 ML: 01 > 11 >00 5 Photo Disabled Photo Enabled 4 Occupancy Sensor (Auto- Vacancy Sensor Only 4 Occupancy Sensor (Auto- Vacancy Sensor Only On) On) 3 Detect LED Disabled Detect LED Enabled 3 Detect LED Disabled Detect LED Enabled 2 PIR High Sensitivity PIR Normal 2 PIR High Sensitivity PIR Normal Sensitivity Sensitivity 1 ADI-Voice Disabled ADI-Voice Enabled 1 ADI-Voice Disabled ADI-Voice Enabled WOR PD - DIP On Position Off Position (Default) 8 IR Settings Manual Settings 7 Button Disabled Button Enabled 6* Multi level: 10> 1P> 00 All ON / OFF 5* Fixed Dim / Photo Disabled Photo Enabled & Dim 4 Occupancy Sensor (Auto- Vacancy Sensor Only On) 3 Detect LED Disabled Detect LED Enabled 2 PIR High Sensitivity PIR Normal Sensitivity 1 ADI-Voice Disabled ADI-Voice Enabled *Available in 2-Pole models (-2) only C

132 Technical Data Occupancy Sensor Wall Switch DualTech 24Vac PART No. DESCRIPTION SPECIFICATION *faceplate not included Features 180 coverage WOSSDD2-DPR-VW WOSSDD2-P-VW DualTech, 24Vac, 2-pole, dimming, photo, relay, white DualTech, 24Vac, 2-pole, photo, white The Dual Technology sensor utilize ADI-Voice Technology, which has advanced digital signal processing for accurate detection of human speech. 24Vac model controls Power Pack relay through diode pulse A self-adapting mode can be set to use both Passive Infrared (PIR) & Accurate Detection Intelligence (ADI) Voice technologies to automatically track occupancy tendencies for continuous maximizing of energy savings. Smart Sensing allows for an immediate return to occupied mode in the event of a false off being triggered. Photo sensor and dimming model (DP) provides 0-10Vdc dimming ballast or 25mA sink LED drivers for Daylight Harvesting. Can be programmed by on-board switches and dials or a handheld Infrared Setting Unit (WIR-3110) for added convenience during commissioning. Inputs 24 VAC 25% Class 2 Low Voltage Source 60 Hz Use #18AWG wire Outputs Diode Pulse: Each output is capable of driving up to four Diode Pulse relays. 0-10V Dimming: Use to control up to 50 Ballasts, or 25mA sync of LED driver. Connections are polarity sensitive. Aux Relay: SPDT Form-C contact rated for 1A at 30VDC Power consumption 9.5 ma Standard 14.0 ma with Auxiliary Relay Approvals FCC Environment Indoors, stationary, non-vibrating, noncorrosive atmosphere and noncondensing humidity Ambient Operating Temperature: 14 F to 140 F (-10 C to 60 C) Storage Temperature: -14 F to 140 F (-25 C to 60 C) Low temp / high humidity model (L) : PCB conformal coated for resistance to damp environments and operation to -40 C/F DIMENSIONS & MOUNTING Mount in a standard gang box. Operation Low voltage sensors are powered by 24Vac from either the WP-PP20-D Power Pack or a 24Vac transformer. The sensor detects initial motion using PIR; once motion is detected the internal contact will close and ADI-Voice is activated to work alongside the PIR to maintain occupancy Rev C

133 Details Occupancy Sensor DualTech Wall Switch 24Vac Wiring Instructions The WOS Series Low Voltage sensors are equipped #20AWG leads. Use appropriate sized wire-nuts to connect the wires to the incoming load terminations. Electrical Connections Sensor Settings Programming - IR / Manual Setting Programming done via on-board switches or with WIR-3110 handheld infrared setting unit (sold separately). Detection (Dual or PIR Only) The ADI-Voice can be disabled on any dual tech sensors. Automatic Timeout By setting the timeout dial to maximum, the sensor will be put into automatic mode which will adjust the time out automatically to maximize energy savings and occupant comfort. Smart Sensing When vacancy occurs, sensitivity of the ADI-Voice technology transitions from maximum to zero over an adaptively determined time period, based on occupancy tendencies. During this period, ADI- Voice can turn the lights back on immediately, even with no line-ofsight to the sensor, assuring the best combination of user convenience and energy savings. Energy consumption due to false triggers is minimized by the automatic walk-through mode. This feature turns the lights off after 3 minutes if no occupancy detection occurs after the first 30 seconds after initial turn on. Vacancy Sensor Vacancy mode (manual ON) can be enable to maximize energy savings. 2-pole sensors, can be configured for sequencing control. Photo Sensing (-P) When enabled, occupancy alone will not trigger the output state to on. If occupancy is detected AND there is a deficiency of natural light, the output is triggered on. This feature will also limit the manual switching, ensuring the lights are not turned on if adequate light is present. Daylight Harvest Dimming (0-10V Output) (-D) The 0-10V output can operate up to 25mA sink in LED drivers/dimming Ballasts. This output can be used for full range daylight harvesting. When set for photo dimming the dial is used to select the maximum light level. Multi-Level Switching (2-Pole w/o Photo Sensing option) A switch on the sensor link can be used to either trigger both poles simultaneously or step through a multi-level sequence as described in the manual. Multi-Level Photo Sensing (2-Pole w/ Photo Option) Photo sensing on a 2-pole sensor can be configured to either restrict both poles or the secondary pole only; if set to Secondary Pole Only, the primary pole will trigger based on occupancy, regardless of the photo setting. This feature will also limit the manual switching. Please see the manual for sequences. Sensor Link The low voltage sensor is equipped with a connection which facilitates communication between sensors. The sensor link (orange wire) allows multiple sensors to coordinate their signals and act together as a cohesive zone. This connection provides additional control functions as described below. Diode Pulse: When a diode switch is connected to the sensor link it provides manual control. This can be used to toggle the lights ON/OFF. For two pole sensors, it can provide multi-level sequencing. Maintained AC: If a maintained AC signal is applied to the sensor link by connecting the orange to white wires, the sensors will be in an override mode. By default the sensor will turn the lights ON when disabled by this override (white and red wires). This is settable via the IR setting unit Rev C

134 Coverage Occupancy Sensor DT Wall Switch 24Vac Installing in Offices Sensor effective in obstructed spaces. ADI-Voice re-activation and Smart Sense prevents lights out condition. Standard Lens Optimal usage is to detect small motions such as hand movements. Designed for a mounting height of up to 4ft. ADI-Voice can detect around corners that PIR cannot to maintain occupancy. Top View 15 ft 7.5 ft Typical Office 0 ft 7.5 ft 15 ft Installing in Washrooms Sensor effective in partitioned spaces. ADI-Voice re-activation and Smart Sense prevents lights out condition. Side View 4 ft 0 ft 0 15 Typical Washroom Rev C

135 Installation Occupancy Sensor DT Wall Switch 24Vac INSTALLATION & WIRING DIRECTIONS Installation Wiring Installation requires a standard gang box. Install wall switch into the gang box. Align mounting holes and secure in place with screws provided. Position wall switch at standard switch height (approx. 4' from floor). There should be no obstructions between the sensor and the room entrance. This ensures that the sensor's PIR lens will be recognize when a person enters the room and the ADI-Voice technology will be activated. The WOS Series Low Voltage sensors are equipped with a #20AWG wiring harness. Use appropriate sized wire-nuts to connect the wires to the incoming load terminations. White 24Vac Blue Return Red Primary Output Pole Red/White Secondary Output Pole Orange Sensor Link Yellow/Black NO Yellow COM Aux Relay Yellow/White NC Violet (+) 0-10V Dimming Grey (-) 0-10V Dimming DIP Switches A bank of eight DIP switches and two rotating controls can be used to manually setup and configure the sensor. WOR P - DIP # Function On Off Default 1 Voice Detection Disabled Enabled OFF 2 Motion Detection Sensitivity High Normal OFF 3 Detection LED Disabled Enabled OFF 4 Auto or Manual ON Occupancy (Auto-On) Vacancy (Manual On) OFF 5 Photocell Inhibit Disabled Enabled OFF 6* Photocell Control Inhibit Primary Pole Only Inhibit Both Poles OFF 7 Manual Override Button Disabled Enabled OFF 8 Settings Input IR Handheld (WIR-3110) Manual Dips/Dials ON WOR DPR - DIP # Function On Off Default 1 Voice Detection Disabled Enabled OFF 2 Motion Detection Sensitivity High Normal OFF 3 Detection LED Disabled Enabled OFF 4 Auto or Manual ON Occupancy (Auto-On) Vacancy (Manual On) OFF 5 Photocell Inhibit Photocell Disabled & Fixed Photocell Enabled & Auto OFF Dim Level Dim Level 6* Photocell Control Inhibit 2 nd Pole Only Inhibit Both Poles OFF 7 Manual Override Button Disabled Enabled OFF 8 Settings Input IR Handheld (WIR-3110) Manual Dips/Dials ON *2-Pole models Rev C

136 Lo H i 5 1 Test Diversa Line Voltage Occupancy Passive & Infrared Vacancy (PIR) Sensors Occupancy - Wall Switch, / Vacancy Passive Sensor Infrared (PIR), 24Vac C PART NO. FEATURES WOSSID1-P-VW PIR, 24Vac, 1-pole, photo, white WOSSID2-DP-VW PIR, 24Vac, 2-pole, dimming, photo, white Wiring Diagrams Installation Coverage Installing in Offices PIR ReuireLine o Sight Typical Office Installing in Restrooms Typical Restroom WOSSID2-DP-VI PIR, 24Vac, 2-pole, dimming, photo, ivory *Faceplate not included WOSSID2-DP-VG PIR, 24Vac, 2-pole, dimming, phote, grey Wiring to a Power Pac Operation White Orange Sensor Link White Red Orange Sw WP-PP20-D White Red Standard Lens Optimal uge i to detectmall motion uch a hand movemen Deigned or a mounting height o t Top View Side View Test Mode LED Sw DIP Switches Test Mode Auto Automatic Timeout Mode LED Override / Multi-Level Switching Light Level Dial Manual Override Button Sensor Time Delay Dial Full turtime Inputs 24Vac + _ 25% Class 2 Low Voltage Source 60 Hz #18 AWG O utputs Diode Pulse: Each outputis capable of driving up to four Diode Pulse relays. 0-10V Dimming: Connections are polarity sensitive. Up to 25mA sinking. Power Consumption 9.5mA Standard Environment 4 (101) 2.56 (65) 1.25 (32) 1.62 (41) 3.25 (83) 2.65 (68) 3.81 (97) Sensor Location Guidelines Sensor Location Guidelines for P models 1.18 (30) 1.69 (43) Diversa by Douglas Lighting Controls Page 111 of 118

137 Auto Mode Diversa Line Voltage Occupancy Passive & Infrared Vacancy (PIR) Sensors Occupancy - Wall Switch, / Vacancy Passive Sensor Infrared (PIR), 24Vac C General Programming Instructions Factory Defaults DIP Switches & Dial Settings Some DIP Switch ontrol Optional Feature Not Found on All Product DIP # Function UP DOWN Default 1 PIR LED Dialed Enled DOWN 2 Wal-Through Mode Enaled led Manual Override Dialed Enled 4 Manual ON Auto O 5 PIR Senitivity High Medium 6 7 ***NOTE*** Diversa Occupancy Sensors with a P in the model number contain a Photo Sensor that is controlled by DIP 6. The factory default for Natural Daylight Mode = ENABLED (DIP 6 DOWN). This mode disables the Manual Override Button. To test sensor functionality, you may need to disable Natural Daylight Mode (DIP 6 UP) to test sensor functionality. Start with the PIR Senitivity at Medium To et the light level at which you want t To enale room Mode, enure that DIP i UP. In thi mode Pole 2 will remain ON 5 longer than Pole 1 Time i et with the Time Dial and Pole 2 cannot e Photo Inhiited Natural Daylight Mod Light Level Mode room Mode Dialed Light Level Dial Enled Light Level Dial Synchronid DOWN DOWN DOWN DOWN DOWN DOWN DOWN DIP Switch Modes DIP 1 - PIR Detection LED DIP 2 - Walk-Through Mode DIP 3 - Manual Override DIP 4 - Sensor Mode Vacancy Mode Occupancy Mode DIP 5 - PIR Sensitivity DIP 6 - Natural Daylight Mode ( P models) DIP 7 - Light Level Mode ( DP models) DIP 8 - Restroom Mode (2-pole models) Auto Time Mode Test Mode Factory DIP and Dial Settings UP Down Troubleshooting Before calling Technical Support, please review the following Troubleshooting Guide. Issue Possible Cause Recomm Lights will not turn ON automatically Lights will not turn ON Manually Lights will not turn OFF automatically OFF. than occupant. Lights will not turn OFF Manually UP. green. UP. green. Light Level Dial Photo Sensor P models Dimming Control DP models 5 Time Delay Dial Lo Hi TEST Diversa by Douglas Lighting Controls Page 112 of 118

138 Technical Data Low Voltage Wall Mount Occupancy Sensor PART No. FEATURES SPECIFICATION Features WOWCDD2-DPR-N WOWCDD2-R-N WOWLDD2-R-N The Diversa occupancy sensors use PIR and ADI-Voice technologies to determine the presence of people and perform the control actions when occupancy (or vacancy) is detected. The WOW Series of sensors are designed to surface mount on a wall giving either a 90 or 130 coverage pattern. The low voltage edition of this sensor gives the capability of operating and controlling the WP- PP20-D Power Pack and/or diode pulse relays. Wall mounted occupancy sensor provides 90 or 130 coverage. Has the ability to rotate in both the horizontal and vertical axis to optimize the sensing area. The dual-tech sensor utilizes ADI-Voice Technology, which has advanced digital signal processing for accurate detection of human speech. A Self-adapting mode can be set to use both Passive Infrared (PIR) & Accurate Detection Intelligence (ADI) Voice technologies to automatically track occupancy tendencies for continuous maximizing of energy savings. Smart Sensing allows for an immediate return to occupied mode in the event of a false off being triggered. The photo sensor option is available to provide a 0-10VDC dimming ballast output for Daylight Harvesting, or up to 25mA of LED driver sink. Can be programmed by on-board DIP switches and dials or an IR Setting Unit for added convenience, especially during commissioning. Inputs 24 VAC 25% Class 2 Low Voltage Source 60 Hz Use #18AWG wire Outputs Diode Pulse: Each output is capable of driving up to four Diode Pulse relays. 0-10V Dimming: Use to control up to 50 Ballasts. Connections are polarity sensitive. 25mA of LED Drivers. Aux Relay: SPDT Form-C contact rated for 1A at 30VDC. Power consumption 9.5 ma Standard 14.0 ma with Auxiliary Relay Approvals FCC Environment Indoors, stationary, non-vibrating, noncorrosive atmosphere and noncondensing humidity Ambient Operating Temperature: 14 F to 140 F (-10 C to 60 C) Storage Temperature: -14 F to 140 F (-25 C to 60 C) DIMENSIONS & MOUNTING Unit mounts into an octagon box. Wall Mounted Operation Low voltage sensors are powered by 24VAC from either the WP-PP Series Power Pack or a 24VAC transformer. When in operation, the sensor will detect initial motion using PIR; once motion is detected the internal contact will close. The ADI-Voice is then activated to work alongside the PIR to detect occupancy. Ceiling Mounted Occupancy Sensor Rev B

139 Details Low Voltage Wall Mount Occupancy Sensor Wiring Instructions The WOW Series Low Voltage sensors are equipped with #22 AWG leads. Use appropriate sized wire-nuts to connect the wires to the incoming load terminations. Electrical Connections Sensor Settings Programming - IR / Manual Setting Programming can be done either with the DIP switches and dials onboard the device or with the WIR-3110 setting unit. For more details and additional options, please see the WIR-3110 Manual. Detection (Dual or PIR Only) When in operation, the sensor will detect initial motion using Passive Infrared; once motion is detected the ADI-Voice is then is activated to work alongside the PIR to maintain occupancy. The ADI-Voice can be disabled on any dual tech sensors. Automatic Timeout By setting the timeout dial to maximum, the sensor will be put into automatic mode which will adjust the time out automatically to maximize energy savings and occupant comfort. Smart Sensing When vacancy occurs, sensitivity of the ADI-Voice technology transitions from maximum to zero over an adaptively determined time period, based on occupancy tendencies. During this period, ADI-Voice can turn the lights back on immediately, even with no line-of-sight to the sensor, assuring the best combination of user convenience and energy savings. Energy consumption due to false triggers is minimized by the automatic walk-through mode. This feature turns the lights off after 3 minutes if no occupancy detection occurs after the first 30 seconds after initial turn on. Vacancy Sensor The low voltage sensor can be selected as a vacancy (Off only) sensor. This provides additional energy savings by forcing the user to turn the lights on manually. The low voltage sensor has a built-in override input; allowing for the sensor to be operated as a vacancy sensor. For two pole sensors, it provides multi-level control capability. Photo Sensing (-P) When enabled, occupancy alone will not trigger the output state to on. If occupancy is detected AND there is a deficiency of natural light, the output is triggered on. This feature will also limit the manual switching, ensuring the lights are not turned on if adequate light is present. Daylight Harvest Dimming (0-10V Output) (-D) The 0-10V output can operate up to 25mA sink for LED drivers/dimming Ballasts. This output can be used for full range daylight harvesting. When set for photo dimming the dial is used to select the maximum light level. Multi-Level Switching (2-Pole w/o Photo Sensing option) A switch on the sensor link can be used to either trigger both poles simultaneously or step through a multi-level sequence as described in the manual. Multi-Level Photo Sensing (2-Pole w/ Photo Option) Photo sensing on a 2-pole sensor can be configured to either restrict both poles or the secondary pole only; if set to Secondary Pole Only, the primary pole will trigger based on occupancy, regardless of the photo setting. This feature will also limit the manual switching. Please see the manual for sequences. Sensor Link The low voltage sensor is equipped with a connection which facilitates communication between sensors. The sensor link (orange wire) allows multiple sensors to coordinate their signals and act together as a cohesive zone. This connection provides additional control functions as described below. Diode Pulse: When a diode switch is connected to the sensor link it provides manual control. This can be used to toggle the lights ON/OFF. For two pole sensors, it can provide multi-level sequencing. Maintained AC: If a maintained AC signal is applied to the sensor link by connecting the orange to white wires, the sensors will be in an override mode. By default the sensor will turn the lights ON when disabled by this override (white and red wires). This is settable via the IR setting unit. Occupancy Sensor Rev B

140 Coverage Low Voltage Wall Mount Occupancy Sensor INSTALLATION Installing in Smaller Room (Corner Lens) Locate the sensor in the corner, along the entrance door to prevent it from viewing out into the hallway. The sensor can be rotated, allowing it to be pointed along the entrance door and slightly downwards. Positioning the sensor in this manner ensures that an occupant moves across the longest detection beam upon entrance, utilizing the sensor's maximum PIR range. Corner Lens Optimal usage is to detect small motions such as hand movements. Designed for a mounting height of up to 7-15ft. ADI-Voice can detect around corners that PIR cannot to maintain occupancy. Typical Enclosed Office Installing in Larger Room (Large Area Lens) Place the sensor near the center of the wall that is adjacent to the entrance. The sensor can be rotated, allowing it to be pointed along the entrance door and slightly downwards. Positioning the sensor in this manner ensures that the beam does not reach outside the room without reducing sensitivity. Large Area Lens Optimal usage is to detect large motions such as walking. Designed for a mounting height of up to 7-15ft. ADI-Voice can detect around corners that PIR cannot to maintain occupancy. Typical Classroom Occupancy Sensor Rev B

141 Installation Low Voltage Wall Mount Occupancy Sensor INSTALLATION & WIRING DIRECTIONS Installation Mounting of the device requires a 2-1/8 deep, octagonal junction box. Install by recessing the device into the octagon box; lining up the mounting holes and securing it using the screws provided. 1 3 Terminate 4 wires Align tab, then push firmly 2 Top alignment Wire Path Wiring The WOW Series Low Voltage sensors are equipped with plug-in harness for easy installation. This harness has #20 AWG leads. Use appropriate sized wire-nuts to connect the wires to the incoming load terminations. White 24VAC Blue Return Red Primary Output Pole Red/White Secondary Output Pole Orange Sensor Link Yellow/Black NO Yellow COM Aux Relay Yellow/White NC Violet (+) 0-10V Dimming Grey (-) 0-10V Dimming DIP Switches A bank of eight DIP switches and two rotating controls can be used to manually setup and configure the sensor. WOW R-N DIP # Function On Off Default 1 Voice Detection Disabled Enabled OFF 2 Motion Detection Sensitivity High Normal OFF 3 Detection LED Disabled Enabled OFF 4 Auto or Manual ON Occupancy (Auto-On) Vacancy (Manual On) ON 5 Not Used N/A N/A OFF 6 Not Used N/A N/A OFF 7 Manual Override Button Disabled Enabled OFF 8 Settings Input IR Handheld (WR-3110) Manual Dips/Dials ON *Available in 2-Pole models (-2) only Occupancy Sensor Rev B

142 Cut Sheet Vacancy Sensor, Ceiling, Dual Tech-Low Voltage Part Number Description Specifications WVRSDD1-R-N WVRSDD2-N-N WVRSDD2-R-N WVRXDD2-PR-N WVRXDD2-DPR-L Vacancy sensor, recessed ceiling, standard range, dual technology, 24Vac, 1-pole, relay Vacancy sensor, recessed ceiling, standard range, dual technology, 24Vac, 2-pole Vacancy sensor, recessed ceiling, standard range, dual technology, 24Vac, 2-pole, relay Vacancy sensor, recessed ceiling, extended range, dual technology, 24Vac, 2-pole, photo sensor, relay Vacancy sensor, recessed ceiling, extended range, dual technology, 24Vac, 2-pole, dimming, photo sensor, relay, low temp Important: Vacancy sensors require a manual ON capability. Therefore, for ceiling mounted vacancy sensors, a wall switch is needed to switch lights ON. A Douglas Lighting Controls 8600 series low voltage 24Vac 2-wire Wall Switch is required. Inputs 24Vac 25% 60Hz Class 2 Low Voltage Source #18AWG Outputs Diode Pulse: Each output is capable of driving up to four Diode Pulse relays. 0-10V Dimming: Connections are polarity sensitive. Sink current maximum 25mA per output. (D dimming models) Aux Relay: SPDT Form-C contact rated for 1A at 30Vdc (R relay models) Features Vacancy only sensors meets CEC Title 24 and Local Law 48, New York requirements for Manual ON, Auto OFF operation Dual Technology - Passive infrared (PIR) and proprietary Accurate Detection Intelligence Voice (ADI-Voice) technology used to identify room state and control lights Smart Sense allows a voice response to confirm occupancy and turn lights ON immediately following an unwanted lights OFF action Advanced configuration done with Infrared Setting Unit (Douglas WIR-3110) Photo Sensor (P model) can increase energy savings though limiting ON when sufficient Natural Daylight provided Dimming (D models) can increase energy savings by dimming 0-10VDC ballast/led drivers when sufficient Natural Daylight is available (LED drivers up to 25mA) Operation Low voltage Vacancy sensors draw power from a Douglas Lighting Controls Power Pack or 24Vac transformer. Dedicated recessed ceiling Vacancy sensors require a 24Vac wall switch to manually switch lights ON. Once ON, PIR and ADI-Voice are activated to maintain occupied condition. When occupancy is no longer detected, a diode pulse signal is sent and the lights will switch OFF. Lights can also be switched OFF manually. Power Consumption 9.5 ma Standard 14.0 ma with Auxiliary Relay Approvals FCC Environment Indoors, stationary, non-vibrating, noncorrosive atmosphere and non-condensing humidity Ambient Operating Temperature: 14 F to 140 F (-10 C to 60 C) Storage Temperature: Dimensions & Mounting Diversa recessed ceiling sensors fit into a 4 octagon box with a depth of 2-1/8 (for shallower boxes use the included mounting ring). For network wiring, connecting conduit on opposite sides of the octagon box. White 24VAC Blue Return Red Primary Output Pole Red/White Secondary Output Pole Orange Sensor Link Yellow/Black NO Yellow COM Aux Relay Yellow/White NC Violet (+) 0-10V Dimming Grey (-) 0-10V Dimming CS-WVR*SDD* Rev B

143 Cut Sheet Vacancy Sensor, Ceiling, Dual Tech-Low Voltage Configuration Using Infrared Setting Unit WIR-3110 Diversa sensors are pre-configured at the factory for the most common applications. Dedicated Vacancy switches can only be configured with the Douglas Lighting Controls WIR-3110 Infrared Setting Unit. For more details and additional options please see the WIR-3110 Manual. Detection Mode Dual Technology or Single Technology ADI-Voice can be disabled. Auto Time Mode By setting the timeout to maximum, the sensor will be put into automatic mode which will adjust the time out automatically to maximize energy savings and occupant comfort. Smart Sense Allows voice detection to confirm occupancy and turn lights ON (over an adaptively determined period of time) in the event of an unwanted lights OFF action. Sensitivity of ADI-Voice is reduced over time until Smart Sense period ends. At that point, lights need to be switched ON manually. Photo Sensing (P models) When enabled (default), pressing the Manual Override Button will switch the lights ON only when the Photo Sensor detects insufficient daylight in the room. Dimming (D models) Automatically adjusts light level based on Natural Daylight available to reduce energy consumption Multi-Level Switching (2-Pole w/o Photo Sensing option) A switch on the sensor link can be used to either trigger both poles simultaneously or step through a multi-level sequence as described in the manual. Multi-Level Photo Sensing - 2-Pole with Photo Option (P models) Photo sensing on a 2-pole sensor can be configured to either restrict both poles or the secondary pole only; if set to Secondary Pole Only, the primary pole will trigger based on occupancy, regardless of the photo setting. Sensor Link A wired (orange wire) communication network between Diversa low voltage sensors. Sensor Link allows multiple sensors to coordinate their signals and act together as a cohesive zone. This connection provides additional control functions as described below. Diode Pulse: When a diode pulse switch is connected to sensor link, the switch can provide manual control to switch lights ON (required for Vacancy sensors). For 2-pole sensors, multi-level switching capabilities are available. Maintained AC: If a maintained AC signal is applied to sensor link by connecting the orange to white wires, the sensors will be in an override mode. By default the sensor will turn the lights ON when disabled by this override (white and red wires). This is configurable via the IR setting unit. Configuration Options Each building is unique in its lighting needs. Diversa sensors provide the user with a wide variety of configuration options to ensure each building s individual needs are met. Timeout 30 sec to 30 min. or self-adapting Adjustable PIR sensitivity Adjustable ADI-Voice sensitivity Enable/Disable ADI-Voice Enable/Disable LED Indicators 2-pole models can be set for different pole ON/OFF sequences (multi-level sequencing - see manual for details) Photo Sensing (P models) controls ON through daylight levels (adjustable) CS-WVR*SDD* Rev B

144 Cut Sheet Vacancy Sensor, Ceiling, Dual Tech-Low Voltage INSTALLATION Installing Sensor in Standard Room - Standard Range Lens (S) Locate the sensor near the entrance door wall to prevent it from viewing out into the hallway. The lens can tilt, allowing the sensor to be pointed toward the area in front of the entrance door. Positioning the sensor in this manner ensures that an occupant moves across the longest detection beam upon entrance, utilizing the sensor's maximum PIR range. Optimal usage is to detect small motions such as hand movements Designed for a mounting height of 7-15ft ADI-Voice can detect around corners that PIR cannot to maintain occupancy Typical Enclosed Office Installing Sensor in Large Room - Extended Range Lens (X) Place the sensor near the center of the room ceiling. Locate it so the approximate distance of 27ft in and over (A & B) or in dead center of room. Tilt the lens to aim the detection zone to the bottom of the door. (C) Positioning the sensor in this manner ensures that the beam does not reach outside the room without reducing sensitivity. Optimal usage is to detect large motions such as walking Designed for a mounting height of 7-15ft ADI-Voice can detect around corners that PIR cannot to maintain occupancy Typical Classroom CS-WVR*SDD* Rev B

145 Cut Sheet Vacancy Sensor, Ceiling, Dual Tech-Low Voltage INSTALLATION & WIRING DIRECTIONS Installation Mounting of the device requires a 2-1/8 deep or more, octagonal junction box. Install by recessing the device into the octagon box; lining up the mounting holes and securing it using the screws provided. If too shallow, use the spacer ring is provided. Wiring The WVR Series Low Voltage sensors are equipped with plug-in harness for easy installation. This harness has #22 AWG leads. Use appropriate sized wire-nuts to connect the wires to the incoming load terminations. White 24VAC Blue Return Red Primary Output Pole Red/White Secondary Output Pole Orange Sensor Link Yellow/Black NO Yellow COM Aux Relay Yellow/White NC Violet (+) 0-10V Dimming Grey (-) 0-10V Dimming CS-WVR*SDD* Rev B

146 Technical Data WP-PP20-2P-D PART NUMBER FEATURES SPECIFICATION 2-Pole Power Pack WP-PP20-2P-D 120/277Vac 2-pole Designed for use with Diversa occupancy sensors and Diode Pulse relays Load Voltage 120/277 VAC 60 Hz Switching Load 120/277 VAC 2-Pole Independent Switching See Table for contact rating Use #14 AWG Wire Operation The WP-PP20-2P-D Power Pack work in conjunction with the Diversa Low Voltage Sensors by providing power to the sensors and receiving on/off commands from the sensor. Contact Load Rating Contact Rating Voltage General Tungsten Standard Ballast Electronic Ballast 120V 20A 20A 20A 16A 277V 20A 20A 20A 16A All Power Packs provide a 24 VAC secondary source for use with the Low Voltage Diversa Sensors and other Diode Pulse devices. All switches or loads required to be supported by the sensor must be included in the loading capacity of the Power Pack. Maximum Load Per Input Max # of linked Voltage sensors 24VAC 10 Inputs Diode Pulse #18AWG wire Output Power Source 24 VAC, 150 ma #14AWG wire Approvals Certified to CAN/CSA Std. C22.2 No. 14 Conforms to UL 508 Standard FCC Title 24 Environment Indoors, stationary, non-vibrating, non-corrosive atmosphere and noncondensing humidity Ambient Operating Temperature: 14 F to 140 F (-10 C to 60 C) Storage Temperature: -14 F to 140 F (-25 C to 60 C) Typical Low Voltage Loads Device Part # Current (ma) Ceiling Mounted Sensor WOR/WVR 9.5 ma Standard Wall Switch Sensor WOS/WVS 14.0 ma w/ Aux Relay Corner Mount sensor WOW/WVW Diode Pulse Switch WR ma Power Pack PN # RevC

147 Technical Data WP-PP20-2P-D 2-Pole Power Pack Installation The power pack shall be mounted inside an electrical junction box or panel with a ½ threaded nipple. Wiring Instructions CAUTION TURN POWER OFF AT THE CIRCUIT BREAKER BEFORE WORKING WITH OR NEAR HIGH VOLTAGE The power packs are equipped with #14 AWG stranded leads. Use appropriate sized wire-nuts to connect the wires to the incoming load terminations. For installation with field-installed conductors of 60ºC minimum rating. Electrical Connections Dimensions & Mounting The power pack shall be mounted inside an electrical junction box or panel with a ½ threaded nipple. WP-PP20-2P-D * Application and Performance Specification Information Subject to Change without Notification Power Pack PN # RevC

148 Technical Data WP-PP20-D 1-Pole Power Pack, 120/277Vac PART No. FEATURES SPECIFICATION WP-PP20-D 120/277 VAC Single pole Designed for use with Diversa occupancy sensors and Diode Pulse relays Load Voltage 120/277 VAC 60 Hz Switching Load 120/277 VAC See Table for contact rating Use #14 AWG Wire Operation The WP-PP20-D Power Packs work in conjunction with the Diversa Low Voltage Sensors by providing power to the sensors and receiving on/off commands from the sensor. Contact Load Rating Contact Rating Voltage General Tungsten Standard Ballast Electronic Ballast 120V 20A 20A 20A 16A 277V 20A 20A 20A 16A All Power Packs provide a 24 VAC secondary source for use with the Low Voltage Diversa Sensors and other Diode Pulse devices. All switches or loads required to be supported by the sensor must be included in the loading capacity of the Power Pack. Maximum Load Per Input Voltage Max # of Linked Sensors 24VAC 10 Typical Low Voltage Loads Device Part # Current (ma) Ceiling Mounted Sensor Wall Switch Sensor Corner Mount Sensor WOR/WVR WOS/WVS WOW/WVW 9.5 ma Standard 14.0 ma w/ Aux Relay Diode Pulse Switch WR ma Inputs Diode Pulse #14AWG wire Secondary Power Source 24 VAC, 150 ma #14AWG wire Approvals Certified to CAN/CSA Std. C22.2 No. 14 Conforms to UL 508 Standard Title 24 FCC Environment Indoors, stationary, nonvibrating, non-corrosive atmosphere and noncondensing humidity Ambient Operating Temperature: 14 F to 140 F (-10 C to 60 C) Storage Temperature: -14 F to 140 F (-25 C to 60 C) Diversa Power Pack PN # Rev C

149 Details WP-PP20-D 1-Pole Power Pack, 120/277Vac Wiring Instructions Terminating wire shall be a minimum of #22 AWG for control power connections and shall be suitably sized to handle the load ratings below. Electrical Connections Dimensions & Mounting The power pack shall be mounted inside an electrical junction box or panel with a ½ threaded nipple. WP-PP20-D *Application and Performance Specification Information Subject to Change without Notification Diversa Power Pack PN # Rev C

150 Technical Power Pack Panels for Diversa PART No. WP-PNL Panel DESCRIPTION Diversa WP-PNL series panels are a line of one zone, multi-pole panels giving a single override. A panel consists of the a transformer, enclosure (tub), the interior and the cover. Interior has snap brackets for mounting relays and DIN rail in the centre for mounting control components. Box knockouts are located so that panels of the same horizontal or vertical dimension can be joined with conduit nipples. SPECIFICATION Enclosures and covers are made of steel coated with ANSI/ASA 61 Grey. Coating is heat fused polyesther epoxy finish applied on all surfaces. Interior insert is made from aluminum, steel and plastic parts. Certifications UL listed, CSA approved. EEMAC/NEMA 1 Standard. Options 3-Pole 120/277 4-Pole 120/277 2-Pole 120/347 3-Pole 120/347 4-Pole 120/347 Power Pack Panel Schematic Ordering Info H Breaker Transformer 24VAC W B Relay Panel PART No. POLES VOLTAGE WP-PNL-3P--D 3 120/277 WP-PNL-4P--D 4 120/277 Lights Relay OS WP-PNL-2P-347-D WP-PNL-3P-347-D 2 120/ /347 Diversa Occupancy Sensor (Group Switching) WP-PNL-4P-347-D 4 120/347 Room Panels

151 Technical Room Panels for Diversa PART No. WP-RM Panels DESCRIPTION Diversa WP-RM series panels are a versatile line of room control panels giving individual control as well as a single override. A panel consists of the a transformer, control electronics, enclosure (tub), the interior and the cover. Interior has snap brackets for mounting relays and DIN rail in the centre for mounting control components. Box knockouts are located so that panels of the same horizontal or vertical dimension can be joined with conduit nipples. SPECIFICATION Enclosures and covers are made of steel coated with ANSI/ASA 61 Grey. Coating is heat fused polyesther epoxy finish applied on all surfaces. Interior insert is made from aluminum, steel and plastic parts. Certifications UL listed, CSA approved. EEMAC/NEMA 1 Standard. Options 3-Pole 120/277 4-Pole 120/277 5-Pole 120/277 3-Pole 120/347 4-Pole 120/347 5-Pole 120/347 Room Panel Schematic Ordering Info H Breaker Transformer 24VAC W B Relay Panel PART No. POLES VOLTAGE WP-RM-3P--D 3 120/277 WP-RM-4P--D 4 120/277 Lights Relay Relay Scanner Diversa Occupancy Sensor (Group Switching) WP-RM-5P--D WP-RM-3P-347-D WP-RM-4P-347-D 5 120/ / /347 OS WP-RM-5P-347-D 5 120/347 W B Sw Sw Switching Individual Loads Room Panels

152 Dimming Components

153 P Technical DLS Series Analog Dimmers PART No. DESCRIPTION SPECIFICATION DLS channel x 500 W Dimmer or switch pack Dimmer or switch selection with adjustable Switch level Universal dimmers for LED, Fluorescent, Low-Voltage Transformers 120VAC Suitable for dimming Triac dimmable LED & CFL Bulbs Heavy-Duty Outputs, Dims 4 x 4 AMP loads (4 dimmers x Active DC component protection for inductive loads Suitable for inductive Loads at Full Rating 0-10V analog lighting controllers compatible Features Designed for Architectural dimming from standard 0-10V wall dimmers or controllers Use with Dialog WDB-3314 Operation Enclosure Installation Surface mount the dimmer pack in a well ventilated area where the ambient temperature does not exceed 104 F for full load operation. Allow 2" of side clearance for proper air circulation and servicing. Installation clearance shall meet local and/or NEC code requirements. Enclosures may be attached to the wall or other mounting surface by holes in the heat sink flanges. Refer to the drawings below (FIGURE 3) for the correct dimensions. Conduit shall be pulled to the top of the dimmer packs. DIMENSIONS & MOUNTING Compact Size, H x 4.5 W x 3.75 D Wall-Mount aluminum enclosure Analog Dimmers R1.1 Preliminary data subject to change without notice

154 P Features DLS Series Analog Dimmers Analog Dimmers R1.1 Preliminary data subject to change without notice

155 P Features DLS Series Analog Dimmers Analog Dimmers R1.1 Preliminary data subject to change without notice

156 P Technical DLS Series Analog Dimmers PART No. DESCRIPTION SPECIFICATION DLS DLS channel x 2000 W Dimmer or switch pack Dimmer or switch selection with adjustable Switch level Universal dimmers for LED, Fluorescent, Low-Voltage Transformers 120VAC or 277VAC Suitable for dimming Triac dimmable LED & CFL Bulbs Heavy-Duty Outputs, Dims 2 x 16 AMP loads (2 dimmers x Active DC component protection for inductive loads Suitable for inductive Loads at Full Rating 0-10V analog lighting controllers compatible Features Designed for Architectural dimming from standard 0-10V wall dimmers or controllers Use with Dialog WDB-3314 Operation Enclosure Installation Surface mount the dimmer pack in a well ventilated area where the ambient temperature does not exceed 104 F for full load operation. Allow 2" of side clearance for proper air circulation and servicing. Installation clearance shall meet local and/or NEC code requirements. Enclosures may be attached to the wall or other mounting surface by holes in the heat sink flanges. Refer to the drawings below (FIGURE 3) for the correct dimensions. Conduit shall be pulled to the top of the dimmer packs. DIMENSIONS & MOUNTING Compact Size, H x 8.30 W x 4.12 D Wall-Mount aluminum enclosure Analog Dimmers R1.1 Preliminary data subject to change without notice

157 P Features DLS Series Analog Dimmer Analog Dimmers R1.1 Preliminary data subject to change without notice

158 P Features DLS Series Analog Dimmer Wiring notes 1. - Do not exceed 1920W (16 Amps.) per each 120 VAC. - All wiring from control dimmers is low voltage (NEMA Class 2) - DLS dimmer packs may be bed by one or two 20A (maximum) Branch circuits and may have up to two separately dimmed loads. - Both breakers must be on the same power phase. - CAUTION: DO NOT attempt to parallel outputs to increase capacity. - Installations must conform to local and/or NEC code requirements. - Each load must have it s own Neutral wire for full load operation. - All line voltage wires must have copper conductors of adequate Gauge with 90 wire insulations. - POWER EACH LOAD DIRECTLY BEFORE CONNTECING IT TO THE DLS TO ENSURE PROPER WIRING Analog Dimmers R1.1 Preliminary data subject to change without notice

159 P Technical DLS Series Analog Dimmers Features PART No. DESCRIPTION SPECIFICATION DLS DLS channel x 1000 W Dimmer or switch pack Dimmer or switch selection with adjustable Switch level Universal dimmers for LED, Fluorescent, Low-Voltage Transformers 120VAC or 277VAC Suitable for dimming Triac dimmable LED & CFL Bulbs Designed for Architectural dimming from standard 0-10V wall dimmers or controllers Use with Dialog WDB-3314 Heavy-Duty Outputs, Dims 4 x 8 AMP loads (4 dimmers x (4 dimmers x Active DC component protection for inductive loads Suitable for inductive Loads at Full Rating 0-10V analog lighting controllers compatible Operation Enclosure Installation Surface mount the dimmer pack in a well ventilated area where the ambient temperature does not exceed 104 F for full load operation. Allow 2" of side clearance for proper air circulation and servicing. Installation clearance shall meet local and/or NEC code requirements. Enclosures may be attached to the wall or other mounting surface by holes in the heat sink flanges. Refer to the drawings below (FIGURE 3) for the correct dimensions. Conduit shall be pulled to the top of the dimmer packs. DIMENSIONS & MOUNTING Compact Size, H x 8.30 W x 4.12 D Wall-Mount aluminum enclosure Analog Dimmers R1.1 Preliminary data subject to change without notice

160 P Features DLS Series Analog Dimmer Analog Dimmers R1.1 Preliminary data subject to change without notice

161 P Features DLS Series Analog Dimmer Analog Dimmers R1.1 Preliminary data subject to change without notice

162 0-10V to Reverse Phase Dimmer Module Project Name: Part Number: Date: Features 4 channel x 300 W dimmer or switch pack. Reverse phase, trailing edge, ELV Dimmer or switch selection with adjustable switch level. Universal dimmers for LED, fluorescent, low-voltage transformers. Simple to install and operate. Suitable for dimming LED and CFL bulbs California TITLE 24 Compliant ASHRAE 90.1 Compliant Douglas Lighting Control s Reverse Phase Dimmer coverts a 0-10V dimming signal to an Electronic Low Voltage (ELV) dimming output to control luminaires with ELV power supplies. One Reverse Phase Dimmer can control up to 4-channels of 300W loads at 120VAC. The Reverse Phase Dimmer accepts 4 x 0-10V inputs and 4 x fixed line voltages. Using the Reverse Phase Dimmer, lighting loads such as LED bulbs, fluorescent lighting fixtures and low voltage transformers can be dimmed from Douglas standard Lighting Control Panels or Dialog Room Controller. By using the Reverse Phase Dimmer, lighting loads which are not compatible with forward phase dimming modules can now be controlled. Compatibility with both Dialog Lighting Control Panels and Dialog Room Controllers make it an ideal solution for when dimming is required for line voltage lighting. PART NUMBER DESCRIPTION DLS-RP V Analog Control, Reverse Phase, Trailing Edge, 4 Channel x 300 W Dimmer & Switch Packs, Analog 0-10V Lighting Zone 1 Lighting Zone 2 Dialog Centralized Controller Reverse Phase Dimmer Lighting Zone 3 Lighting Zone 4

163 0-10V to Reverse Phase Dimmer Module Dimensions 4.75in [120.65mm] 3.75in [95.25mm] Top View 4.6in [117mm] 50KA Digital Lighting Systems, Inc. Model # PD LISTED Input: 1 x 10A. 120V.A.C. 60Hz Commercial Dimmers Outputs: 4x300W each FOR USE WITH CONTROL MODEL NO. P508 FIELD WIRING CONNECTIONS MM. 75º C USE COPPER CONDUCTORS ONLY CAUTION RISK OF SHOCK MORE THAN ONE DISCONNECT SWITCH MAY BE REQUIRED TO DE-ENERGIZE THE EQUIPMENT BEFORE SERVICING 1.1in [28mm] 2.4in [61mm] 1.9in [48mm] 1/2in and 3/4in Conduit Knockouts 3.2in [82mm] PD402-AN10-RP 4 circuit Analog 1-10V 4 x 300W Reverse Phase Dimmers Indicators Digital Lighting Systems, Inc. sales@digitallighting.com Serial Number Made in USA 11.25in [285.75mm] Bottom View Low Voltage Ports 0-10V Control Input Connectors Figure 1 Earth Ground H N N SSR1 SSR2 SSR3 SSR4 Table 1 - Terminals Definition NAME DESCRIPTION 1 Output Of Solid-State Relay #1 2 Output Of Solid-State Relay #2 3 Output Of Solid-State Relay #3 4 Output Of Solid-State Relay #4 H Hot Line Feed For Relays 1, 2, 3 & 4. N Neutral Bus Connections. H N 9 VAC Transformer Analog 0-10V Control Inputs INT-AN04-RP Control Control Board Board SSR's OPTICAL ISOLATORS INPUT 120VAC, 15A Max., 60Hz OUTPUT 4 x 300W, 2.5A Max Current draw: 1mA DIMMING Response range: 1V=0%, 10V=100% Do not attempt to parallel outputs to increase capacity Installation must conform to local and/or NEC requirements INSTALLATION Each load must have its own neutral wire for full load operation All line voltage wires must be copper conduct of adequate gauge rated to a minimum of 90º C insulation ENVIRONMENT J3 0-10V Control Input connectors 0-10V Control Input connectors WEIGHT 2.124lbs (0.963kg) LDM Indoor, stationary, non-vibrating, non-corrosive atmosphere and non-condensing humidity 0-10V analog signal from a sinking controller Power each load directly before connecting it to the Dimmer Pack to ensure proper wiring #12 AWG copper conductor wire for Line & Neutral Feeds. #14 AWG copper conductors to each load. Follow N.E.C. requirements Max. Per Load: 2.5 Amperes (300 W at 120 VAC). Ambient operating temperatures: 32F to 102F (0C to 38C) Plenum rated Rev. 6/16/17 Toll Free: or Direct lighting@douglaslightingcontrols.com

164 Hardwired Components

165 LitePak 2 Standardized Lighting Control System Project Name: Part Number: Date: Features Relay and Relay/Dimming Capable Panels Central and Expansion Panels Dialog 2-Wire Network for Switches and Sensors Touchscreen Interface LitePak 2 from Douglas Lighting Controls is a standardized digital lighting control system that provides automated and manual control over indoor and outdoor lighting. Contractors find standard off-the-shelf lighting control panels valuable for smaller projects due to their low cost and ease of installation. New to LitePak 2: 0-10V dimming through independent dimming channels, an interface that follows the same format as our centralized relay panel lighting control unit (LCU), and peripherals connected using a 2-wire (#18/2), low voltage, polarity neutral, power and data network. LitePak is available in 8 and 16 relay, dimming or non-dimming, Central and Expansion enclosures that can be used together to support up to 48 relay circuits. The Central panel contains the LCU and Expansion Panels are added to build a system up to 48 relay circuits. Panels are available with Surface mount or Flush mount covers. A NEMA type 4 enclosure is available for installing systems in harsh environments. The touchscreen has a 365-day astronomical clock for time-of-day/sunrise/sunset control, ability to schedule up to 900 events, and connect with peripheral devices (wall switch stations, occupancy sensors, interior and exterior daylight sensors) to run a fully automated lighting system with daylight control. With the addition of dimming capabilities, daylight harvesting can be implemented. LitePak 2 is designed to meet the requirements of ASHRAE 90.1 and Title 24 projects. Typical Applications: Retail and Commercial projects including: Gas Stations, Convenience Stores, Warehouses, and Auto Dealerships Standardized System LitePak 2 Exterior Fixtures Exterior Daylight Sensor Fixtures Occupancy & Daylight Sensor LitePak 2 Wall Station

166 LitePak 2 Standardized Lighting Control System PART NUMBER DESCRIPTION DLP2-8R8D-SM 120/277VAC, 8 RELAY, 8 DIM, SURFACE MOUNT DLP2-8R8D-FM 120/277VAC, 8 RELAY, 8 DIM, FLUSH MOUNT DLP2-8R8D-N4 120/277VAC, 8 RELAY, 8 DIM, NEMA TYPE 4 DLP2-16R16D-SM 120/277VAC, 16 RELAY, 16 DIM, SURFACE MOUNT DLP2-16R16D-FM 120/277VAC, 16 RELAY, 16 DIM, FLUSH MOUNT DLP2-16R16D-N4 120/277VAC, 16 RELAY, 16 DIM, NEMA TYPE 4 DLP2-8R-SM 120/277VAC, 8 RELAY, SURFACE MOUNT DLP2-8R-FM 120/277VAC, 8 RELAY, FLUSH MOUNT DLP2-8R-N4 120/277VAC, 8 RELAY, NEMA TYPE 4 DLP2-16R-SM 120/277VAC, 16 RELAY, SURFACE MOUNT DLP2-16R-FM 120/277VAC, 16 RELAY, FLUSH MOUNT DLP2-16R-N4 120/277VAC, 16 RELAY, NEMA TYPE 4 DLP2-8R8D-SM-EXP 120/277VAC, 8 RELAY, 8 DIM, SURFACE MOUNT, EXPANSION PANEL DLP2-8R8D-FM-EXP 120/277VAC, 8 RELAY, 8 DIM, FLUSH MOUNT, EXPANSION PANEL DLP2-8R8D-N4-EXP 120/277VAC, 8 RELAY, 8 DIM, NEMA TYPE 4, EXPANSION PANEL DLP2-16R16D-SM-EXP 120/277VAC, 16 RELAY, 16 DIM, SURFACE MOUNT, EXPANSION PANEL DLP2-16R16D-FM-EXP 120/277VAC, 16 RELAY, 16 DIM, FLUSH MOUNT, EXPANSION PANEL DLP2-16R16D-N4-EXP 120/277VAC, 16 RELAY, 16 DIM, NEMA TYPE 4, EXPANSION PANEL DLP2-8R-SM-EXP 120/277VAC, 8 RELAY, SURFACE MOUNT, EXPANSION PANEL DLP2-8R-FM-EXP 120/277VAC, 8 RELAY, FLUSH MOUNT, EXPANSION PANEL DLP2-8R-N4-EXP 120/277VAC, 8 RELAY, NEMA TYPE 4, EXPANSION PANEL DLP2-16R-SM-EXP 120/277VAC, 16 RELAY, SURFACE MOUNT, EXPANSION PANEL DLP2-16R-FM-EXP 120/277VAC, 16 RELAY, FLUSH MOUNT, EXPANSION PANEL DLP2-16R-N4-EXP 120/277VAC, 16 RELAY, NEMA TYPE 4, EXPANSION PANEL DLP2C-8R-SM 120/347VAC, 8 RELAY, SURFACE MOUNT DLP2C-8R-FM 120/347VAC, 8 RELAY, FLUSH MOUNT DLP2C-8R-N4 120/347VAC, 8 RELAY, NEMA TYPE 4 DLP2C-16R-SM 120/347VAC, 16 RELAY, SURFACE MOUNT DLP2C-16R-FM 120/347VAC, 16 RELAY, FLUSH MOUNT DLP2C-16R-N4 120/347VAC, 16 RELAY, NEMA TYPE 4 DLP2C-8R8D-SM-EXP 120/347VAC, 8 RELAY, 8 DIM, SURFACE MOUNT, EXPANSION PANEL DLP2C-8R8D-FM-EXP 120/347VAC, 8 RELAY, 8 DIM, FLUSH MOUNT, EXPANSION PANEL DLP2C-8R8D-N4-EXP 120/347VAC, 8 RELAY, 8 DIM, NEMA TYPE 4, EXPANSION PANEL DLP2C-16R16D-SM-EXP 120/347VAC, 16 RELAY, 16 DIM, SURFACE MOUNT, EXPANSION PANEL DLP2C-16R16D-FM-EXP 120/347VAC, 16 RELAY, 16 DIM, FLUSH MOUNT, EXPANSION PANEL DLP2C-16R16D-N4-EXP 120/347VAC, 16 RELAY, 16 DIM, NEMA TYPE 4, EXPANSION PANEL DLP2C-8R-SM-EXP 120/347VAC, 8 RELAY, SURFACE MOUNT, EXPANSION PANEL DLP2C-8R-FM-EXP 120/347VAC, 8 RELAY, FLUSH MOUNT, EXPANSION PANEL DLP2C-8R-N4-EXP 120/347VAC, 8 RELAY, NEMA TYPE 4, EXPANSION PANEL DLP2C-16R-SM-EXP 120/347VAC, 16 RELAY, SURFACE MOUNT, EXPANSION PANEL DLP2C-16R-FM-EXP 120/347VAC, 16 RELAY, FLUSH MOUNT, EXPANSION PANEL DLP2C-16R-N4-EXP 120/347VAC, 16 RELAY, NEMA TYPE 4, EXPANSION PANEL DLP2C-8R8D-SM 120/347VAC, 8 RELAY, 8 DIM, SURFACE MOUNT DLP2C-8R8D-FM 120/347VAC, 8 RELAY, 8 DIM, FLUSH MOUNT DLP2C-8R8D-N4 120/347VAC, 8 RELAY, 8 DIM, NEMA TYPE 4 DLP2C-16R16D-SM 120/347VAC, 16 RELAY, 16 DIM, SURFACE MOUNT DLP2C-16R16D-FM 120/347VAC, 16 RELAY, 16 DIM, FLUSH MOUNT DLP2C-16R16D-N4 120/347VAC, 16 RELAY, 16 DIM, NEMA TYPE 4 PARTS NUMBERING SYSTEM DLP2 _ 18R8D - FM - EXP Douglas LikePak 2 No Character = 120/277VAC C = Canadian = 120/347VAC Relays and Dimming Channels Cover/Enclosure Expansion Panel INPUT VOLTAGE 120VAC/277VAC or 120/347VAC (DLP2C); 60Hz models 0-10V SINK CURRENT 100mA WIRING LIMITS Max from LitePak to furthest device; Total Wire Length Max LOAD RATINGS (PER RELAY) REGULATORY DIMENSIONS 30A 300VAC General Use 2400W 120VAC Tungsten 20A 300 VAC Standard Ballast 16A 277VAC Electronic Ballast WARRANTY Standard 1-year 1/2HP at VAC 1-1/2HP at VAC SCCR 18,000A 277VAC CSA UL 508A CSA 22.2 #14 Designed to meet ASHRAE 90.1 requirements Designed to meet California Title 24 requirements 347VAC General Use 2400W 120VAC Tungsten 20A 347VAC Ballast 8 Relay/8 Dimming 16 H x 12 W x 4.5 D; 22 lbs.; NEMA 4: 20.5 H x 16 W x 6.5 D, 49.5lbs. 16 Relay/16 Dimming 24 H x 12 W x 4.5 D; 32 lbs.; NEMA H x 16 W x 7 D, 70.5lbs. *Patent Pending Rev. 5/25/18 Toll Free: or Direct lighting@douglaslightingcontrols.com

167 Current Limiting Panels Neutral Terminals (quantity: 1-15) One terminal provided for each circuit breaker for neutral wire to output circuit if needed. PART No. WTP-10xx* (*xx = number of breakers) TrakPak Circuit Limiting Panel TrakPak Enclosure NEMA 1 enclosure with hinged locking cover. Surface or flush mounted. C4Amp C2Amp C1Amp C.5Amp C16Amp C13Amp C12Amp When ordering, specify breaker sizes in sequence from left to right. C8Amp C6Amp C5Amp C4Amp C3Amp C2Amp DESCRIPTION Most State Energy Codes require an energy deduction for each lineal foot of track lighting installed. This may restrict the installation of other lighting fixtures for this space. A solution is to install the TrakPak Panel. It has supplemental step-down breakers which provide reduced current to the track circuits.the volt-ampere rating of the breaker can be used instead of the lineal feet of the track lighting circuit, thereby reducing the energy deduction. TrakPak Current Limiting Panels are designed to reduce the amperage available on electrical circuits feeding track lighting systems. TrakPak WTP-10xx Current Limiting Panels are available with up to 15 circuit breakers of various amperage capacities from 0.5 to 16 amperes, allowing flexibility of design in total watts per square foot calculations. C1Amp C.5Amp WTP-10xx Ground Terminals (quantity: 1-8) One terminal with 2 inputs provided for every 2 circuit breakers for output circuit ground wires if needed. Individual Lighting Circuits, as required Ampere rating of breaker supplying circuit determines energy usage. 16.0" (406) Technical Data SPECIFICATION Enclosure The enclosure, which meets NEMA 1 Standard, is made of steel coated with ANSI/ASA 61 Grey. Coating is heat fused polyester epoxy. Hinged door with lock. Interior Interior insert is made from aluminum, steel and plastic parts. Insert has DIN rail in center for mounting circuit breakers. One neutral terminal for each installed circuit breaker. One ground terminal for every 2 installed circuit breakers. Certifications UL 508. EEMC. NEMA 1. Capacity Available with quantities of 1 to 15 circuit breakers. Circuit breakers, which are used to reduce the line amperage, can each be from 0.5 Amp to 16 Amp capacity. AIC Rating 10,0000 Amp. Environment Environment: indoors, stationary, non-vibrating atmosphere and non-condensing humidity. Ambient operating temp: -15 F to +120 F (-25 C to +50 C). DIMENSIONS & MOUNTING Surface or flush mount NEMA 1 enclosure. Bolt enclosure to wall using mounting holes on top and bottom brackets. Plan View Side View Output Distribution Panel (current source) Normal or emergency circuit breaker panel. Can be single phase or three phase, 120VAC- 277VAC. Current Limiting Circuit Breakers (quantity: 1-15) Up to 15 circuit breakers, each supplying a track lighting circuit. Breaker rating from 0.5 Amp to 16 Amp output. Ampere rating, rather than lineal footage of track, determines energy usage. Circuit breaker ampere ratings available include: 0.5, 1, 2, 3, 4, 5, 6, 8, 10, 12, 13, 15 and 16 Amp. 16.0" (406) California 2005 Title 24, Section 130 (c) 3: Luminaire wattage incorporated into the installed lighting power shall be determined in accordance with the following criteria The wattage of line-voltage lighting track and plug-in busway which allows the addition or relocation of luminaires without altering the wiring of the system shall be the volt-ampere rating of the branch circuit feeding the luminaires " (178) The TrakPak Current Limiting Panel reduces the calculated wattage of track lighting circuits by providing lower-current-rated feeds. Components 7.5 B Auto, TrakPak Panels

168 Current Limiting Panels, Large TrakPak Enclosure NEMA 1 enclosure with hinged locking cover. Surface or flush mounted. Neutral Terminals (quantity: 16-42) One terminal provided for each circuit breaker for neutral wire to output circuit if needed. PART No. WTP-20xx* (*xx = number of breakers) TrakPak Circuit Limiting Panel C.5Amp C1Amp C2Amp C3Amp C4Amp C5Amp C6Amp C8Amp When ordering, specify breaker sizes in sequence from top to bottom. C12Amp DESCRIPTION WTP-20xx Most State Energy Codes require an energy deduction for each lineal foot of track lighting installed. This may restrict the installation of other lighting fixtures for this space. A solution is to install the TrakPak Panel. It has supplemental step-down breakers which provide reduced current to the track circuits.the volt-ampere rating of the breaker can be used instead of the lineal feet of the track lighting circuit, thereby reducing the energy deduction. TrakPak Current Limiting Panels are designed to reduce the amperage available on electrical circuits feeding track lighting systems. TrakPak WTP-20xx Current Limiting Panels are available with 16 to 42 circuit breakers of various amperage capacities from 0.5 to 16 amperes, allowing flexibility of design in total watts per square foot calculations. Individual Lighting Circuits, as required Ampere rating of breaker supplying circuit determines energy usage. Ground Terminals (quantity: 8-21) One terminal 2 inputs per terminal) provided for every 2 circuit breakers for output circuit ground wires if needed. Technical Data SPECIFICATION Enclosure The enclosure, which meets NEMA 1 Standard, is made of steel coated with ANSI/ASA 61 Grey. Coating is heat fused polyester epoxy. Hinged door with lock. Interior Interior insert is made from aluminum, steel and plastic parts. Insert has DIN rail in center for mounting circuit breakers. One neutral terminal for each installed circuit breaker. One ground terminal for every 2 installed circuit breakers. Certifications UL 508. EEMC. NEMA 1. Capacity Available with 16 to 42 circuit breakers. Circuit breakers, which are used to reduce the line amperage, can each be from 0.5 Amp to 16 Amp capacity. AIC Rating 10,000 Amp. Environment Environment: indoors, stationary, non-vibrating atmosphere and non-condensing humidity. Ambient operating temp: -15 F to +120 F (-25 C to +50 C). DIMENSIONS & MOUNTING Surface or flush mount NEMA 1 enclosure. Bolt enclosure to wall using mounting holes on top and bottom brackets. Plan View Side View 30.0" (762) C8Amp C6Amp C5Amp C4Amp C3Amp C2Amp C1Amp C.5Amp C12Amp C13Amp C16Amp C.5Amp C1Amp C2Amp C3Amp C4Amp C5Amp C6Amp C8Amp C10Amp C.5Amp C1Amp C2Amp C3Amp C4Amp C5Amp C6Amp C8Amp C12Amp C12Amp C13Amp C10Amp C16Amp 20.0" (508) 7.0" (178) Output Distribution Panel (current source) Normal or emergency circuit breaker panel. Can be single phase or three phase, 120VAC- 277VAC. Current Limiting Circuit Breakers (quantity: 16-42) 16 to 42 circuit breakers, each supplying a track lighting circuit. Breaker rating from 0.5 Amp to 16 Amp output. Ampere rating, rather than lineal footage of track, determines energy usage. Circuit breaker ampere ratings available include: 0.5, 1, 2, 3, 4, 5, 6, 8, 10, 12, 13, 15 and 16 Amp. California 2005 Title 24, Section 130 (c) 3: Luminaire wattage incorporated into the installed lighting power shall be determined in accordance with the following criteria The wattage of line-voltage lighting track and plug-in busway which allows the addition or relocation of luminaires without altering the wiring of the system shall be the volt-ampere rating of the branch circuit feeding the luminaires... The TrakPak Current Limiting Panel reduces the calculated wattage of track lighting circuits by providing lower-current-rated feeds. Components 7.6 B Auto, TrakPak Panels

169 WRD Hardwired / Relay Direct - DIM / ON / OFF Cutsheet PART No. WRD-8701 DESCRIPTION 0-10v Dimming with ON/OFF control LED indicator for dimming level status 24VAC low voltage device Connects to standard 0-10V LED driver Face plate sold separately SPECIFICATIONS Input/Output Two screw terminals 24Vac 3.0A Red screw terminal for switch/relay Two screw terminals for connecting 0-10V dimming wires (Grey/Violet) 100mA sink current Maximum relays per switch: 3 Maximum switches on one relay: 4 maxiumin Wire length M INSTALLATION & CONNECTIONS Connect the dimming control wires (Violet/Grey) from the LED driver to the corresponding screw terminals Connect 24VAC to the corresponsing screw terminals Environment Indoors, stationary, non-vibrating, non-corrosive atmosphere and non-condensing humidity Ambient operating temperature: O O O O -15 F to 140 F (-25 C to 60 C) 100mA sink current #18AWG Max. relays on one switch: 3 Max. switches on one relay: 4 Relay Panel Blu Red Transformer Wh LED Lamps DIMENSIONS Mount to standard gang box. Driver Violet wire Grey wire Class 1 Supply Voltage (120 or 277VAC) Driver Violet wire Grey wire

170 Switches 8700 Series Douglas Lighting Controls 8700 series light switches provide control over facility lighting via momentary relay-direct functionality series switches are used in small to medium sized applications that use Douglas Lighting Controls LitePak, small or satellite relay panels and where straightforward lighting control functionality is required switches are easily configured into a system that uses Diversa low voltage occupancy sensors. The 8700 switch provides control over relays through a low voltage diode pulse that is sent along the switch signal leg when the momentary switch is pushed. This pulse will open or close the relay, which in-turn controls the light(s). The switches can be connected to a relay in: one-to-one, many-to-one, one-to-many configuration, and with Diversa sensors series switches are available with 1, 2, 3, 4 buttons in addition to a 0-10V dimmer with a momentary ON/OFF button. Switches are available in White, Ivory and Grey. LEDs indicate switch status: Orange (ON) or Blue (OFF). Label windows are provided. Labels can printed and installed at the factory when requested at the time of your order. > When ordering switches, be sure to order faceplates as they are not included with the switch. Screwless faceplates are available in White (1-6 gang), Ivory (1-6 gang), and Grey (1 & 2 gang). Stainless Steel faceplates with visible mounting screws are available in 1-6 gang configurations. 1-button switch 2-button switch 3-button switch 4-button switch 0-10V / 1-button dimmer switch White WSR-8711 WSR-8712 WSR-8713 WSR-8714 WRD-8701 Grey WSR-8711G WSR-8712G WSR-8713G WSR-8714G WRD-8701G Ivory WSR-8711IV WSR-8712IV WSR-8713IV WSR-8714IV WRD-8701IV 24Vac 3.0A #18 AWG Max. relays on one switch: 3 Max. switches on one relay: 4 Environment Indoors, stationary, non-vibrating, non-corrosive, and non-condensing atmosphere Ambient operating temperature 0 C to 50 C (32 F to 122 F) 24Vac 3.0A 100mA sink current #18AWG Max. relays on one switch: 3 Max. switches on one relay: 4

171 Switches 8700 Series Wiring Configurations An 8700 series switch can be combined with a Diversa occupancy sensor to control the same load. The switch and sensor are connected to the same relay. The load is then controlled by whichever device last actioned (i.e. if the switch button is pressed to switch lights OFF, then the lights switch OFF. If the switch button is not pressed when leaving the room, the occupancy sensor will turn the lights off.) Breaker Lights H Transformer W 24VAC B Relay Relay Panel Common Connections Switching from many Locations Sw Sw Sw Sw Switching Large Loads Sw Switching from a Distance Dimensions Diagram 3.81" [97] 3.28" [83] 0.94" [24] Relays Relay Scanner Sw Switching Control Devices (Group Switching) Sw 1.73" [44] 0.3" [8] Switching Individual Loads Sw Sw Wire Distance Chart Breaker Lights H Transformer W 24VAC B Relays Number of Relays per Switch 3.0A rated switches White Blue Red One-way Measurement Wire Length One way measure in feet (meters) 2000 (600) 1500 (450) 1000 (300) Sw Wire Gauge American Wire Gauge 18 AWG 18 AWG 18 AWG W B W B Combining Switches with an Occupancy Detector Daylight Sensor Switch Sw Sw CS-switches December Subject to change without notice or lighting@douglaswest.com Douglas Lighting Controls is a member of the Panasonic Group

172 Cut Sheet Exterior Daylight Sensor DESCRIPTION Exterior Daylight Sensor for detecting and transmitting light levels Light level range: 0 to 65,000 lux ( fc) Measures and reports changes in natural light Connects to control system data line Adjustable sun shield PART NUMBERS WPS-3741B For use with Dialog systems Replaces WPS-3741 WPS-5527B For use with LitePak systems Replaces WPS-5527 WPS-5941B-FTT For use with W2000 systems Replaces WPS-5941-FTT WPS-5942B-FTT For use with LonWorks & Microthermo systems Replaces WPS-5942-FTT Replaces WPS-5942-FTT-MT The updated mechanical design of the Douglas Lighting Controls Exterior Daylight Sensor improves weather resistence and provides a means to tune the amount of light being measured at the sensor with the provision of a sun shield. The electronic specifications remain the same to ensure backwards compatibility with existing Douglas systems. Top View North 90 0 Installation Performance is best maintained when installed in protected area to avoid inaccurate measurements due to build-up of dirt, dust, snow, or ice. Mount vertically on a fixed surface with sensor face directed North with a clear path to measure natural light. If Northern orientation is not available, position sensor to best capture natural light avoiding direct sunlight. If direct sunlight cannot be avoided, vertically center sun shield on sensor face. Once positioned, tighten chase nipple lock ring. Connect sensor wires as outlined below and on product (wire shielding is not required). SPECIFICATIONS Power Signal draw: 15mA Communication Digital Signal Maximum wire length 500ft. Environment Stationary, non-vibrating, noncorrosive atmosphere & noncondensing humidity Ambient Operating Temperature: --55ºF to +130ºF (--50ºC to +55ºC) Dimensions Height: 3.5 (89mm) Maximum width: 2.0 (51mm) Integrated 0.5 chase nipple (includes lock ring) WPS-3741B WPS-5527B Wiring WPS-5941B-FTT WPS-5942B-FTT mm mm Connect wires to Dialog network Connect Yellow and Black (nonpolarized) wires to Litepak or WTP Connect Black & White wires to 24Vac Connect Red & Green wires to LonWorks FTT-10 data line mm 1/2"-14 NPSL THREAD Dialog Lighting Control System CS-WPS-EXT

173 Technical Data Swivel Eyeball Use swivel of eyeball to align sensor away from reflections or direct light. Sensor element is recessed so that side lighting effects are minimzed. WPC-5700 PART No. WPC-5700 Daylight Sensor - Dimmable Ballasts DESCRIPTION WPC-5700 Regulating Daylight Sensor (Front view of sensor with snap-on cover removed) WPC-5700 Ambient Daylight Sensor (Regulating type) for Dimmable Ballasts / ) / ), A 0 E C D M B 5 A J E C D J A L A = B J A H I K I A J M D A H E = H 5 A J A L A K I J 5 A J F J E K F A H I > J D F E I IJ JA D = = AA I E H A M E C D J K I A O = H A H? E C D HJ A L H A E I I B. = I J B A H = J A " I A? K I A J H J A A = I? J D A A H = J E INSTALLATION & CONNECTIONS Positioning. ) 5 6. ), - 4 ) E C D J E C? J H I The sensor measures the light reflected from the surface below. Direct light from uplights or light reflected from shiny surfaces (polished floors) will yield poor results. Avoid measuring the light reflected from a desk top. The reflectivity of a desk top can change significantly depending upon the amount of paper on the desk. Good results are obtained when the sensor is aimed at a part of the room that has constant color and receives a representative sample of both natural and artificial light. Brief changes caused by people passing underneath the sensor will have no effect if the slow response speed is selected. Adjustment Adjustment is best done when there is no natural light present (at night or when blinds are drawn). If a light meter is available, lay it on the surface that is to be illuminated. Adjust the sensor until the meter measures the desired illumination level. If a meter is unavailable adjust light level to an acceptable visual value. (Note: When adjusting sensor, always stand to one side to eliminate the effect of your body on the sensor reading). If the room has dark surfaces (example: dark brown carpets), very little light will be reflected to the ceiling where the sensor is. In this case select the sensitive range with the "Low Light Range" selection jumper. If the room has light colored surfaces use the less sensitive range. The WPC-5700 sensor regulates dimmable ballasts to maintain a constant light level even if natural ambient light changes. The WPC-5700 sensor is ceiling mounted and measures light reflected upward from the surface below. The WPC-5700 is connected to the 2 control wires of the dimmable ballast. Up to 50 ballasts can be connected in parallel to the same sensor. All adjustments are conveniently located under the front, snap-on cover. Instructions are printed inside the cover for easy user reference. Set Point Adjustment Set slider to light level desired. High Sensitivity Jumper Pins In dark colored rooms, short pins with jumper provided to increase sensitivity. Fast Fade Rate Jumper Pins To test unit, short pins with jumper provided for fast fade speed. Back of WPC-5700 VIOLET from ballast(s) GREY from ballast(s) Fluorescent Lamps Ballast Violet wire Grey wire Class 1 Supply Voltage (120 or 277VAC) Ballast Violet wire Grey wire Class 2 low voltage regulating circuit (30V max) SPECIFICATION Input/Output The power to run the WPC-5700 is obtained from the control wires of the dimmable ballast. Connect the control wires of all the dimmable ballasts in parallel to the WPC-5700 (see connections). Use to control from 1 to 50 ballasts. The WPC-5700 regulates the current in the control wires which in turn regulates the light level output by the ballast. The maximum wire length to the furthest ballast should not exceed 300' (100m). Compatible Ballasts Compatible with the following dimmable electronic ballasts: - Universal - Phillips/Advance Mark VII - Lightolier Connections are polarity sensitive. If WPC-5700 is malfunctioning, check polarity of all ballasts connected. Adjustments The light level is set with the slider control on the snap-on front cover. Two light ranges are selectable. Quick and delayed response speeds are selectable. Environment Indoors, stationary, non-vibrating, noncorrosive atmosphere and noncondensing humidity. Ambient operating temperature: -15 O F to +140 O F (-25 O C to +60 O C) DIMENSIONS & MOUNTING Unit attaches to mounting ring with screws or it can be mounted to an octagon box. Wire Terminals Adjustments under front cover plate 4.625" (118) Ceiling tile Mounting ring 30 Swivel The WPC-5700 fills an octagon box. It is very important that conduit be attached at opposite ends of the box. Conduit Octagon Box Use a 2" or more deep box. If the box is 1.5", use the mounting/spacer ring. Components 4.10 B-4.9,10 _AutoSensor Sw,Dimming Ballast lighting controls

174 Accessories

175 Steel Toggle Switch Enclosures WN-7700 WR-8021 Series Technical Data PART No. DESCRIPTION SPECIFICATIONS WN-7722-* 2-Gang Enclosure WN-7733-* 3-Gang Enclosure WN-7744-* 4-Gang Enclosure WN-7755-* 5-Gang Enclosure n Steel switch enclosures are suited for high abuse installations. Typical installations are high school gymnasiums and public & high traffic areas. Available in flush or surface mount or flush mount with top hinge. Enclosures consist of a backbox, a mounting plate, and a hinged door and trim. Mounting & Assembly n Refer to diagram below: Flush Mount WN-7766-* 6-Gang Enclosure WN-7788-* 8-Gang Enclosure WN * 2x5-Gang Enclosure WN * 2x6-Gang Enclosure WN * 2x8-Gang Enclosure Dimensions n Back box (w)x(h) dimensions are shown for each enclosure in the diagram below. Back box is 3-5/8" deep (all enclosures). Surface Mount *Specify: S = Surface Mount F = Flush Mount FT = Surface Mount, Hinge on Top Finish & Color n Coating is heat fused polyester epoxy finish. Light almond (off white) color. DIMENSIONS 9 % % 9 % %!! / = C -? I K H A! / = C -? I K H A 9 % % " " " / = C -? I K H A 9 % % # # # / = C -? I K H A 9 % % $ $ $ / = C -? I K H A $! & $! $! & $! $! & $! $! & $! $! & $! & #!!! ' " # % # #! "! # ' " % % # NOTE: All styles of covers for single row switch enclosures available. * Specify: S = Surface, F = Flush, FT = Flush with hinge across top of door. Dimensions Legend $! 9 % % & & & / = C -? I K H A & $! ' # # Box Dimensions Flush Cover Dimensions (F & FT style) All Boxes are same depth,3.63" $!! $! & $! Surface Cover (S style) has dimensions 0.25" bigger than box.!! # & &! & & 9 % % # # N # / = C -? I K H A # & &! & &! ' " # % # 9 % % $ $ N $ / = C -? I K H A # ' " % % # # NOTE: Only Surface and Flush Covers for double row switch enclosures available. Flush Cover with Top Hinge not available for double row enclosures. * Specify: S = Surface, F = Flush # & &! & & 9 % % & & N & / = C -? I K H A ' # A-3. 9 Switch Accessories, WN-77xx Steel Switch Enclosures

176 Technical Decora Style Cover Plates for Dialog Switches WN-974xx Series WN-974xx series stainless steel cover plates. c/w screws. PART No. WN (1-gang stainless steel) WN-803xx Series WN-803xx series screwless plastic cover plates. White, semi-gloss finish. PART No. WN (1-gang screwless plastic) WN (2-gang stainless steel) WN (2-gang screwless plastic) WN (3-gang stainless steel) WN (3-gang screwless plastic) WN (4-gang stainless steel) WN (4-gang screwless plastic) WN (5-gang stainless steel) WN (5-gang screwless plastic) WN (blank module) Dimensions For ALL 1-Gang 2-Gang 3-Gang 2.8" 4.6" 6.4" [71] [117] [162] Plain View Side View 1.31"[33] 0.25" [6.4] 2.62" [66] 4.6" [117] 4-Gang 8.2" [208] 5-Gang 10" [254] Dialog Lighting Control System K24.11

177 EPC-A-1 20A Emergency Power Control (Junction Box/Fixture Mount) Project: Model No.: Comments: APPLICATION In the past, emergency lights were kept on 24 hours a day to meet life safety codes. Now, you can use a UL 924 listed Emergency Power Control, Model EPC-A-1, to convert regular light fixtures into approved emergency lights. The EPC-A-1 saves energy and money while ensuring compliance with both life safety and energy codes. During normal operation, the same room switch, occupancy sensor, relay panel, or lighting control switches regular and emergency fixtures on and off simultaneously. During a utility power interruption, the EPC-A-1 automatically bypasses the regular lighting controls, turning the emergency lights ON, regardless of switch position. The EPC-A-1 is ceiling or wall mounted in a junction box with a single gang plaster ring and is usually located in the area where the emergency fixtures are installed. MOUNTING FEATURES Patented Automatic Diagnostic Feature Winner LFI Innovation Award The unique feature of the EPC-A-1 is the ability to place the unit above the accessible ceiling tile because the unit does not require an accessible test switch. Instead, when the room switch is turned off, the emergency luminaires stay on for 2.5 seconds and indicate that an emergency power source was available and that the EPC-A-1, ballast, and lamp(s) are all functioning correctly. This feature replaces a test switch and is approved for this purpose. Power indicator LED for utility power (green) LED COMPATIBILE C U L US UL924 LISTED 5YEAR WARRANTY LVS, Inc Nicholson Street, San Leandro, CA Phone: Fax:

178 ECHANICAL3-3/4 x 1-3/4 x 1-1/2 MSINGLE LINE DRAWING Regular Utility Power REGULAR ROOM LIGHTS Regular Utility Power REGULAR PANEL $ EPC-A-1 DESIGNATED EMERGENCY LIGHTS TO ADDITIONAL EPC-A-1 CONTROLS Emergency Power Source Neutral Not Shown UL 1008 Transfer Switch Or Equivalent EMERGENCY PANEL EPC-A-1 CONTROL EPC-A-1 CONTROL WIRING DIAGRAM 20A EMERGENCY HOT #5 BLUE #1 BLACK 120V REGULAR HOT 20A #2 ORANGE EMERGENCY PANEL OR INVERTER Emergency Light EMERGENCY NEUTRAL #6 YELLOW Note: Emergency Light is also called N/E Light or Normal/Emergency Light by many specifiers UTILITY POWER 277V #3 RED #4 WHITE Regular Light (optional) * REGULAR NEUTRAL REGULAR PANEL Relay Panel, Power Pack, Sensor, or other (optional) * SPECIFICATIONS LECTRICAL5 Year Replacement WarrantyEMODEL NO. SENSING INPUT LOAD RATING BALLAST LOAD RATING INCANDESCENT LOAD WARRANTY EPC-A-1 120V / 277V 120V - 277V (20A) 20A ( V) 1200W (120V) / 1500W (277V) MOUNTING RATING SHIPPING WEIGHT TEMPERATURE COLOR SIZE (WITH MOUNTING EARS) 4-11/16 Junction Box w/ blank cover UL94V-0 Flame Rating 8 oz. 32ºF - 140ºF (0ºC - 60ºC) BLACK ORDERING INFORMATION EPC-A-1 For canadian version, see EPC-A-1-cUL ADDITIONAL RESOURCES Installation Sheet FAQ Sheet Alternative Wiring Sheet Terms & Conditions/Warranty Information _E001_Spec LVS, Inc Nicholson Street, San Leandro, CA Phone: Fax:

179 RRU-1 UL924 Emergency Shunt Relay N/C Contact 20A Project: Model No.: Comments: APPLICATION The UL924 Listed RRU-1 emergency shunt relay allows emergency luminaires powered by an emergency generator or inverter to be switched off, but automatically illuminate during a utility power failure or room power interruption, regardless of local switch position. This meets NFPA ,OSHA, and all relevant life safety codes. The RRU-1 line voltage input is connected to a sensing circuit. Upon power interruption on the sensing input, the output relay contact drops into a N.C. position and turns on the emergency load(s). Review wiring diagram, on reverse, for details. FEATURES The RRU-1 can be installed above the suspended ceiling in a junction box or in the light fixture ballast channel. These mounting methods ensure the RRU-1 is accessible, complying with all codes and requirements. MOUNTING LED COMPATIBILE 5YEAR WARRANTY C U L US UL924 LISTED LVS, Inc Nicholson Street, San Leandro, CA Phone: Fax:

180 LECTRIC1800W (120V) / 1500W (277V)EALECHANICAL3-3/4 x 1-3/4 x 1-1/2 MWIRING DIAGRAM` EMERGENCY PANEL 20 AMP BREAKER EMERGENCY HOT EMERGENCY SWITCH LEG Emergency Load 3 4 * RL Model: RRU-1 U L LISTED EMERGENCY LIGHTING EQUIPMENT 73PK 1 2 REGULAR LINE HOT (UNSWITCHED) REGULAR LINE NEUTRAL REGULAR PANEL 20 AMP BREAKER EMERGENCY NEUTRAL * Room Switch or Relay Contact UL1008 Transfer Switch NOTE: Shunt relays require a dedicated switch for emergency lighting. To use the same switch for normal and emergency lighting, use model EPC-1 or EPC-A-1. SPECIFICATIONS MODEL NO. SENSING INPUT LOAD RATING BALLAST LOAD RATING INCANDESCENT LOAD WARRANTY LOAD RRU-1 120V / 277V 120V - 277V (20A) 20A ( V) (Contact #1) 5 Year Replacement Warranty Contact #1 20A ( V) Contact #2 1A (30V DC) MOUNTING RATING SHIPPING WEIGHT / COLOR TEMPERATURE SIZE W/ MOUNTING EARS 4-11/16 Junction Box w/ blank cover UL94V-0A 8 oz. / Black 32ºF - 140ºF (0ºC - 60ºC) ORDERING INFORMATION RRU-1-VOLT VOLT = 120V or 277V For Canadian version, see RRU-1-cUL For Form C Contact (N/O & N/C) 10 A rated, see RRU For N/O Contact 20 A rated, see RRU-2 For Plenum mounting, see RRU-Plenum Mount ADDITIONAL RESOURCES Installation Instructions Theory of Operation & FAQ Alternative Wiring Diagrams Terms & Conditions/Warranty Information _E001_Spec LVS, Inc Nicholson Street, San Leandro, CA Phone: Fax:

181 Com 1 2 Black 24 VDC 24 VDC Inputs Power Source VDC Power & Photo Sensors 24VDC Inputs - Con nect Doug las WPS or WPS Phot o Se nsors. - Con nect 24 VDC Occupa ncy - Use syst em soft wa re to set de tectors to these term in als. set- points a nd desir ed - Dou glas WRM det ector can also be conn ected to actio n for photo se nsors. the se input s. - See user m anual fo r con nection diagr ams a nd ho w to pro gram setting s for occupa ncy dete ction. Control Card Whi te Bl ue Power 24VAC Data Signal - LonW orks FTT-10 S ignal - D ata Signal is polarity insensitive Two pairs of t erminals provided for con ven ien ce. Photo Sensors Service Service Switch LED 1 2 Black Yell ow Black Yell ow WINK LED LonWorks Controls Please re fer to user manua l for ope ration of these contro ls. Reset Switch Locator Buzzer To help loca te Satellite pan els installed in plen ums, u se system softwar e to make this buzze r bee p. Net A Net B Net A Net B Press an d hol d for 5 seco nds to clear all set tings and restore fact ory d efault s Emergency Power Failure ON Device WRE-9242/WRE-9242-G CONNECTIONS for WRE-9242 Emergency Lighting Loads Emergency Power Panel Utility Power N Generator or AC Inverter Relay Panel Relays PART No. WRE-9242 Power Failure ON Device for WR- 61xx Relays WRE-9242-G Power Failure ON Device for Satellite Panel Relays Blue Blue Red Red A B CONNECTIONS for WRE-9242-G Emergency Lighting Loads Emergency Power Panel N Satellite Panel Relays Red A B WRE-9242 Blue Red WRE-9242-G DESCRIPTION The WRE-9242 mounts inside the relay panel on DIN rail. It connects directly to the 2 relays controlling the emergency lighting circuits and to the transformer as shown in the schematic. The Emergency Power Failure ON Device is used to switch ON two emergency relays in the event of a power failure. Upon power failure, the device will automatically switch ON two relays that are powered by utility or generator feed. This ensures that circuits will be energized if normal power is lost. The WRE-9242 switches WR-61xx series HID Latching Relays in a Douglas Lighting Control Panel. The WRE-9242-G switches the top two 704L relays in a Douglas Satellite Panel. The Emergency Power Failure ON Device mounts inside the Class 2 section of the Lighting Control Panel (WRE-9242) or the Satellite Panel (WRE-9242-G). E F G H E F G H Transformer 24VAC W B Terminal Block The WRE-9242-G mounts inside the Satellite Panel on DIN rail in the area above the horizontal voltage barrier. Relays 1 and 2 (top two relays) control the emergency circuits. The WRE G connects directly to the 4-position terminal block near the relays and to the transformer as shown in the schematic. Relay 1 Relay 2 Terminal Block WR-9242-G Transformer 24VAC W B Normal Power Panel N Satellite Panel Normal Power Panel N +24v Red WSP-2718 Satellite Panel 24VAC Blue Return Transformer Technical Data SPECIFICATION Inputs Power: 24VAC 250mA Class 2 Low Voltage device. Outputs WRE-9242 Two outputs provided for Douglas WR- 61xx Series HID Latching Relays. WRE-9242-G Two outputs provided for Douglas 704L Latching Relays in Satellite Panels. Relay Interface Each of the unit's two relay outputs sends a relay ON pulse when the input 24VAC power is interrupted. Environment Indoors, stationary, non-vibrating, noncorrosive atmosphere and noncondensing humidity. Ambient operating temperature: +15 to +120 F (-10 to +50 C) DIMENSIONS & MOUNTING The WRE-9242 or WRE-9242-G Interface is a sealed plastic package with screw wire terminals built into it. The unit mounts onto standard 35mm DIN rail. A small 2" DIN rail piece is included for mounting. Locate the WRE-9242 in the relay panel near the relays and transformer. Locate the WRE-9242-G in the Satellite Panel on the backpan in the area above the horizontal voltage barrier. WRE-9242 or WRE-9242-G Screw Terminals 35mm DIN Rail 1" 2.5" 2.7" Blue Utility Power Generator or AC Inverter